SIGGRAPH 2018: Posters
Posters Chair:
Overview:
New Ideas Start Here
The SIGGRAPH 2018 Posters program is a cooperative, communal setting in which professionals of all levels and varieties present and discuss their research and ideas relating to computer graphics, interactivity, and beyond. The program encourages feedback on recently completed work or tentative new approaches.
The ideal poster submission expresses a novel and applicable idea in a simple, concise, visually appealing manner. Posters are also particularly well-suited for showcasing ideas that are still in progress, along with student work, provided that such submissions have enough substance to be evaluated. There is no need to have a completely finished and polished product, so long as the foundation of the work is strong and engaging.
Posters:
Sort By
Title
Entry Number
Presenter
3D Content Creation Exploiting 2D Character Animation
Presenter(s):
[Barbieri]
[Jiang]
[Cawthorne]
[Xiao]
[Yang]
Entry No.: [50]
[SIGGRAPH 2018]
3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear
Presenter(s):
[Asano]
[Sugiura]
[Masai]
[Sugimoto]
Entry No.: [45]
[SIGGRAPH 2018]
3D-Mesh Cutting Based On Fracture Photographs
Presenter(s):
[Gaubert]
[Londe]
[Poittevin]
[Lioret]
Entry No.: [55]
[SIGGRAPH 2018]
A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings
Presenter(s):
[Justice]
[Akleman]
Entry No.: [30]
[SIGGRAPH 2018]
A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction
Presenter(s):
[Kim]
[Ban]
[Park]
Entry No.: [56]
[SIGGRAPH 2018]
Aerial 3D Display using a Symmetrical Mirror Structure
Presenter(s):
[Fujiwara]
[Hamamoto]
Entry No.: [31]
[SIGGRAPH 2018]
Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences
Presenter(s):
[Terashima]
[Fujii]
[Yamamoto]
[Yasugi]
[Suyama]
[Takeda]
Entry No.: [32]
[SIGGRAPH 2018]
Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior
Presenter(s):
[Ritz]
[Santos]
[Fellner]
Entry No.: [33]
[SIGGRAPH 2018]
Automatic Display Zoom for People Suffering from Presbyopia
Presenter(s):
[Fang]
[Funahashi]
Entry No.: [51]
[SIGGRAPH 2018]
Automatic Generation of Artworks Using Virtual Photoelastic Material
Presenter(s):
[Miyazaki]
[Fujishiro]
Entry No.: [01]
[SIGGRAPH 2018]
Beckett in VR: Exploring Narrative Using Free Viewpoint Video
Presenter(s):
[O’Dwyer]
[Amplianitis]
[Johnson]
[Bates]
[Pagés]
[Monaghan]
[Ondřej]
[Smolić]
Entry No.: [02]
[SIGGRAPH 2018]
BOLCOF: Base Optimization for middle Layer Completion of 3D-printed Objects without Failure
Presenter(s):
[Yamamoto]
[Iwasaki]
[Minagawa]
[Kawamura]
[Ryskeldiev]
[Ochiai]
Entry No.: [57]
[SIGGRAPH 2018]
Collaborative Animation Production from Students' Perspective
Presenter(s):
[Barbieri]
[Hutchens]
[Harrison]
Entry No.: [52]
[SIGGRAPH 2018]
Computation of Skinning Weight using Spline Interface
Presenter(s):
[Bang]
[Lee]
Entry No.: [03]
[SIGGRAPH 2018]
Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers
Presenter(s):
[Tokuyoshi]
[Mizokuchi]
Entry No.: [34]
[SIGGRAPH 2018]
Creative Use of Signal Processing and MARF in ISSv2 and Beyond
Presenter(s):
[Song]
[Mokhov]
[Song]
[Mudur]
Entry No.: [04]
[SIGGRAPH 2018]
CRISPR/Cas9-NHEJ: Action in the Nucleus
Presenter(s):
[Fröschl]
[Vendl]
Entry No.: [05]
[SIGGRAPH 2018]
Curved Support Structures and Meshes with Spherical Vertex Stars
Presenter(s):
[Kilian]
[Wang]
[Schling]
[Schikore]
[Pottmann]
Entry No.: [53]
[SIGGRAPH 2018]
Deep Motion Transfer without Big Data
Presenter(s):
[Kwon]
[Yu]
[Jang]
[Cho]
[Lee]
[Hahn]
Entry No.: [58]
[SIGGRAPH 2018]
Depth Assisted Full Resolution Network for Single Image-based View Synthesis
Presenter(s):
[Cun]
[Xu]
[Pun]
[Gao]
Entry No.: [59]
[SIGGRAPH 2018]
Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set
Presenter(s):
[Salokhiddinov]
[Lee]
Entry No.: [60]
[SIGGRAPH 2018]
Design Method of Digitally Fabricated Spring Glass Pen
Presenter(s):
[Ogawa]
[Tanaka]
[Minagawa]
[Ochiai]
Entry No.: [06]
[SIGGRAPH 2018]
Development of an Open Source Motion Capture System
Presenter(s):
[Canada]
[Ventura]
[Iossa]
[Moreno]
[Joel]
Entry No.: [46]
[SIGGRAPH 2018]
Efficient Multispectral Facial Capture with Monochrome Cameras
Presenter(s):
[LeGendre]
[Bladin]
[Kishore]
[Ren]
[Yu]
[Debevec]
Entry No.: [61]
[SIGGRAPH 2018]
El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean
Presenter(s):
[Spangler]
[Stolzenberg]
Entry No.: [07]
[SIGGRAPH 2018]
Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes
Presenter(s):
[Cottrell]
Entry No.: [08]
[SIGGRAPH 2018]
Evaluation of Stretched Thread Lengths in Spinnability Simulations
Presenter(s):
[Mukai]
[Nishikawa]
[Chang]
Entry No.: [62]
[SIGGRAPH 2018]
Exploiting the limitations of spatio-temporal vision for more efficient VR rendering
Presenter(s):
[Denes]
[Maruszczyk]
[Mantiuk]
Entry No.: [21]
[SIGGRAPH 2018]
Food Texture Manipulation by Face Deformation
Presenter(s):
[Suzuki]
[Shigeyama]
[Yoshida]
[Narumi]
[Tanikawa]
[Hirose]
Entry No.: [63]
[SIGGRAPH 2018]
Fractal Anatomy: Imaging Internal and Ambient Structures
Presenter(s):
[McGraw]
Entry No.: [09]
[SIGGRAPH 2018]
From Visible to Printable: Thin Surface with Implicit Interior Structures
Presenter(s):
[QI]
[LI]
Entry No.: [64]
[SIGGRAPH 2018]
General Primitives for Smooth Coloring of Vector Graphics
Presenter(s):
[Batra]
[Phogat]
[Kavidayal]
Entry No.: [35]
[SIGGRAPH 2018]
Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms
Presenter(s):
[Filho]
[Chen]
[Junior]
[Barboza]
Entry No.: [65]
[SIGGRAPH 2018]
I Am Afraid: Voice as Sonic Sculpture
Presenter(s):
[Lantin]
[Overstall]
[Zhao]
Entry No.: [10]
[SIGGRAPH 2018]
Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions
Presenter(s):
[Wang]
[Lin]
[Zhao]
[Wang]
[Luo]
[Li]
Entry No.: [36]
[SIGGRAPH 2018]
Improving Regularity of the Centoridal Voronoi Tessellation
Presenter(s):
[Men]
[Shen]
[Khan]
[Yan]
Entry No.: [66]
[SIGGRAPH 2018]
Improving the Realism of Mixed Reality through Physical Simulation
Presenter(s):
[Badias]
[Alfaro]
[González]
[Chinesta]
[Cueto]
Entry No.: [22]
[SIGGRAPH 2018]
Interactive Dance Performance Evaluation using Timing and Accuracy Similarity
Presenter(s):
[Kim]
[Kim]
Entry No.: [67]
[SIGGRAPH 2018]
Interactive Projection Mappings in a Japanese Traditional House
Presenter(s):
[Mizuno]
[Shinchi]
[Oba]
[Funahashi]
[Kotani]
[Oguri]
[Oguri]
[Yasuda]
Entry No.: [11]
[SIGGRAPH 2018]
Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example
Presenter(s):
[Chen]
[Chen]
[Chang]
[Yu]
[Chou]
[You]
Entry No.: [23]
[SIGGRAPH 2018]
Large-scale Fabrication with Interior Zometool Structure
Presenter(s):
[Chen]
[Shen]
[Huang]
[Chen]
Entry No.: [68]
[SIGGRAPH 2018]
Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition
Presenter(s):
[Kang]
[Chen]
[Wang]
[Zhou]
[Wu]
Entry No.: [47]
[SIGGRAPH 2018]
Lighting Condition Adaptive Tone Mapping Method
Presenter(s):
[Han]
[Khan]
[Rahardja]
Entry No.: [37]
[SIGGRAPH 2018]
Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials
Presenter(s):
[Ochiai]
[Otao]
[Itoh]
[Imai]
[Takazawa]
[Osone]
[Mori]
[Suzuki]
Entry No.: [48]
[SIGGRAPH 2018]
Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG
Presenter(s):
[Nakao]
[Pai]
[Isogai]
[Kimata]
[Kunze]
Entry No.: [24]
[SIGGRAPH 2018]
MegaParallax: 360° Panoramas with Motion Parallax
Presenter(s):
[Bertel]
[Richardt]
Entry No.: [38]
[SIGGRAPH 2018]
On-site Example-based Material Appearance Digitization
Presenter(s):
[Lin]
[Peers]
[Ghosh]
Entry No.: [25]
[SIGGRAPH 2018]
Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes)
Presenter(s):
[Caruso]
Entry No.: [13]
[SIGGRAPH 2018]
Perceptual-Based CNN Model for Watercolor Mixing Prediction
Presenter(s):
[Huang]
[Chen]
[Ouhyoung]
Entry No.: [14]
[SIGGRAPH 2018]
Practical acquisition and rendering of common spatially varying holographic surfaces
Presenter(s):
[Toisoul]
[Dhillon]
[Ghosh]
Entry No.: [39]
[SIGGRAPH 2018]
Practical Measurement-Based Spectral Rendering of Human Skin
Presenter(s):
[Gitlina]
[Dhillon]
[Hansen]
[Pai]
[Ghosh]
Entry No.: [40]
[SIGGRAPH 2018]
Progressive Real-Time Rendering of Unprocessed Point Clouds
Presenter(s):
[Schuetz]
[Wimmer]
Entry No.: [41]
[SIGGRAPH 2018]
Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs
Presenter(s):
[Kao]
[Chen]
[Ouhyoung]
Entry No.: [15]
[SIGGRAPH 2018]
Realistic Post-processing of Rendered 3D Scenes
Presenter(s):
[Feygina]
[Ignatov]
[Makarov]
Entry No.: [42]
[SIGGRAPH 2018]
Retinal Resolution Display Technology Brings Impact to VR Industry
Presenter(s):
[Chiang]
[Wei]
[Cheng]
[Huang]
[Chen]
[Chu]
Entry No.: [43]
[SIGGRAPH 2018]
RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces
Presenter(s):
[Natsume]
[Yatagawa]
[Morishima]
Entry No.: [69]
[SIGGRAPH 2018]
Simulation of Emergent Rippling on Growing Thin-Shells
Presenter(s):
[Huang]
[Stavness]
Entry No.: [70]
[SIGGRAPH 2018]
Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting
Presenter(s):
[Prophet]
[Kow]
[Hurry]
Entry No.: [16]
[SIGGRAPH 2018]
Solar Projector
Presenter(s):
[Yamamoto]
[Omomo]
[Takazawa]
[Ochiai]
Entry No.: [49]
[SIGGRAPH 2018]
Stitch: An Interactive Design System for Hand-Sewn Embroidery
Presenter(s):
[Takahashi]
[Fukusato]
Entry No.: [17]
[SIGGRAPH 2018]
Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art
Presenter(s):
[Nikolić]
[Yang]
[Chen]
[Stankevich]
Entry No.: [18]
[SIGGRAPH 2018]
tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display
Presenter(s):
[Han]
[Lin]
[Hsieh]
[Hsu]
[Hung]
Entry No.: [26]
[SIGGRAPH 2018]
The Stereoscopic Art Installation Eccentric Spaces
Presenter(s):
[Simó]
Entry No.: [19]
[SIGGRAPH 2018]
The Virtual Schoolyard
Presenter(s):
[Krösl]
[Schuster]
[Felnhofer]
[Rinnerthaler]
[Kothgassner]
[Kafka]
[Wimmer]
Entry No.: [27]
[SIGGRAPH 2018]
Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces
Presenter(s):
[Saouli]
[Babahenini]
Entry No.: [72]
[SIGGRAPH 2018]
Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players
Presenter(s):
[Tsai]
[Hu]
Entry No.: [28]
[SIGGRAPH 2018]
Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller
Presenter(s):
[Shigeyama]
[Hashimoto]
[Yoshida]
[Aoki]
[Narumi]
[Tanikawa]
[Hirose]
Entry No.: [29]
[SIGGRAPH 2018]
Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction
Presenter(s):
[Branchaud]
[Muskovic]
[Kavallaris]
[Filonik]
[Bednarz]
Entry No.: [73]
[SIGGRAPH 2018]
Volume: 3D Reconstruction of History for Immersive Platforms
Presenter(s):
[Fleisher]
[Anlen]
Entry No.: [54]
[SIGGRAPH 2018]
Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation
Presenter(s):
[Swearingen]
[Swearingen]
Entry No.: [20]
[SIGGRAPH 2018]
Which BSSRDF model is better for Heterogeneous Materials?
Presenter(s):
[Nakamoto]
[Koike]
Entry No.: [44]
[SIGGRAPH 2018]
Withering Fruits: Vegetable Matter Decay and Fungus Growth
Presenter(s):
[Cirdei]
[Anderson]
Entry No.: [74]
[SIGGRAPH 2018]
Automatic Generation of Artworks Using Virtual Photoelastic Material
Presenter(s):
[Miyazaki]
[Fujishiro]
Entry No.: [01]
[SIGGRAPH 2018]
Beckett in VR: Exploring Narrative Using Free Viewpoint Video
Presenter(s):
[O’Dwyer]
[Amplianitis]
[Johnson]
[Bates]
[Pagés]
[Monaghan]
[Ondřej]
[Smolić]
Entry No.: [02]
[SIGGRAPH 2018]
Computation of Skinning Weight using Spline Interface
Presenter(s):
[Bang]
[Lee]
Entry No.: [03]
[SIGGRAPH 2018]
Creative Use of Signal Processing and MARF in ISSv2 and Beyond
Presenter(s):
[Song]
[Mokhov]
[Song]
[Mudur]
Entry No.: [04]
[SIGGRAPH 2018]
CRISPR/Cas9-NHEJ: Action in the Nucleus
Presenter(s):
[Fröschl]
[Vendl]
Entry No.: [05]
[SIGGRAPH 2018]
Design Method of Digitally Fabricated Spring Glass Pen
Presenter(s):
[Ogawa]
[Tanaka]
[Minagawa]
[Ochiai]
Entry No.: [06]
[SIGGRAPH 2018]
El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean
Presenter(s):
[Spangler]
[Stolzenberg]
Entry No.: [07]
[SIGGRAPH 2018]
Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes
Presenter(s):
[Cottrell]
Entry No.: [08]
[SIGGRAPH 2018]
Fractal Anatomy: Imaging Internal and Ambient Structures
Presenter(s):
[McGraw]
Entry No.: [09]
[SIGGRAPH 2018]
I Am Afraid: Voice as Sonic Sculpture
Presenter(s):
[Lantin]
[Overstall]
[Zhao]
Entry No.: [10]
[SIGGRAPH 2018]
Interactive Projection Mappings in a Japanese Traditional House
Presenter(s):
[Mizuno]
[Shinchi]
[Oba]
[Funahashi]
[Kotani]
[Oguri]
[Oguri]
[Yasuda]
Entry No.: [11]
[SIGGRAPH 2018]
Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes)
Presenter(s):
[Caruso]
Entry No.: [13]
[SIGGRAPH 2018]
Perceptual-Based CNN Model for Watercolor Mixing Prediction
Presenter(s):
[Huang]
[Chen]
[Ouhyoung]
Entry No.: [14]
[SIGGRAPH 2018]
Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs
Presenter(s):
[Kao]
[Chen]
[Ouhyoung]
Entry No.: [15]
[SIGGRAPH 2018]
Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting
Presenter(s):
[Prophet]
[Kow]
[Hurry]
Entry No.: [16]
[SIGGRAPH 2018]
Stitch: An Interactive Design System for Hand-Sewn Embroidery
Presenter(s):
[Takahashi]
[Fukusato]
Entry No.: [17]
[SIGGRAPH 2018]
Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art
Presenter(s):
[Nikolić]
[Yang]
[Chen]
[Stankevich]
Entry No.: [18]
[SIGGRAPH 2018]
The Stereoscopic Art Installation Eccentric Spaces
Presenter(s):
[Simó]
Entry No.: [19]
[SIGGRAPH 2018]
Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation
Presenter(s):
[Swearingen]
[Swearingen]
Entry No.: [20]
[SIGGRAPH 2018]
Exploiting the limitations of spatio-temporal vision for more efficient VR rendering
Presenter(s):
[Denes]
[Maruszczyk]
[Mantiuk]
Entry No.: [21]
[SIGGRAPH 2018]
Improving the Realism of Mixed Reality through Physical Simulation
Presenter(s):
[Badias]
[Alfaro]
[González]
[Chinesta]
[Cueto]
Entry No.: [22]
[SIGGRAPH 2018]
Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example
Presenter(s):
[Chen]
[Chen]
[Chang]
[Yu]
[Chou]
[You]
Entry No.: [23]
[SIGGRAPH 2018]
Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG
Presenter(s):
[Nakao]
[Pai]
[Isogai]
[Kimata]
[Kunze]
Entry No.: [24]
[SIGGRAPH 2018]
On-site Example-based Material Appearance Digitization
Presenter(s):
[Lin]
[Peers]
[Ghosh]
Entry No.: [25]
[SIGGRAPH 2018]
tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display
Presenter(s):
[Han]
[Lin]
[Hsieh]
[Hsu]
[Hung]
Entry No.: [26]
[SIGGRAPH 2018]
The Virtual Schoolyard
Presenter(s):
[Krösl]
[Schuster]
[Felnhofer]
[Rinnerthaler]
[Kothgassner]
[Kafka]
[Wimmer]
Entry No.: [27]
[SIGGRAPH 2018]
Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players
Presenter(s):
[Tsai]
[Hu]
Entry No.: [28]
[SIGGRAPH 2018]
Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller
Presenter(s):
[Shigeyama]
[Hashimoto]
[Yoshida]
[Aoki]
[Narumi]
[Tanikawa]
[Hirose]
Entry No.: [29]
[SIGGRAPH 2018]
A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings
Presenter(s):
[Justice]
[Akleman]
Entry No.: [30]
[SIGGRAPH 2018]
Aerial 3D Display using a Symmetrical Mirror Structure
Presenter(s):
[Fujiwara]
[Hamamoto]
Entry No.: [31]
[SIGGRAPH 2018]
Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences
Presenter(s):
[Terashima]
[Fujii]
[Yamamoto]
[Yasugi]
[Suyama]
[Takeda]
Entry No.: [32]
[SIGGRAPH 2018]
Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior
Presenter(s):
[Ritz]
[Santos]
[Fellner]
Entry No.: [33]
[SIGGRAPH 2018]
Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers
Presenter(s):
[Tokuyoshi]
[Mizokuchi]
Entry No.: [34]
[SIGGRAPH 2018]
General Primitives for Smooth Coloring of Vector Graphics
Presenter(s):
[Batra]
[Phogat]
[Kavidayal]
Entry No.: [35]
[SIGGRAPH 2018]
Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions
Presenter(s):
[Wang]
[Lin]
[Zhao]
[Wang]
[Luo]
[Li]
Entry No.: [36]
[SIGGRAPH 2018]
Lighting Condition Adaptive Tone Mapping Method
Presenter(s):
[Han]
[Khan]
[Rahardja]
Entry No.: [37]
[SIGGRAPH 2018]
MegaParallax: 360° Panoramas with Motion Parallax
Presenter(s):
[Bertel]
[Richardt]
Entry No.: [38]
[SIGGRAPH 2018]
Practical acquisition and rendering of common spatially varying holographic surfaces
Presenter(s):
[Toisoul]
[Dhillon]
[Ghosh]
Entry No.: [39]
[SIGGRAPH 2018]
Practical Measurement-Based Spectral Rendering of Human Skin
Presenter(s):
[Gitlina]
[Dhillon]
[Hansen]
[Pai]
[Ghosh]
Entry No.: [40]
[SIGGRAPH 2018]
Progressive Real-Time Rendering of Unprocessed Point Clouds
Presenter(s):
[Schuetz]
[Wimmer]
Entry No.: [41]
[SIGGRAPH 2018]
Realistic Post-processing of Rendered 3D Scenes
Presenter(s):
[Feygina]
[Ignatov]
[Makarov]
Entry No.: [42]
[SIGGRAPH 2018]
Retinal Resolution Display Technology Brings Impact to VR Industry
Presenter(s):
[Chiang]
[Wei]
[Cheng]
[Huang]
[Chen]
[Chu]
Entry No.: [43]
[SIGGRAPH 2018]
Which BSSRDF model is better for Heterogeneous Materials?
Presenter(s):
[Nakamoto]
[Koike]
Entry No.: [44]
[SIGGRAPH 2018]
3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear
Presenter(s):
[Asano]
[Sugiura]
[Masai]
[Sugimoto]
Entry No.: [45]
[SIGGRAPH 2018]
Development of an Open Source Motion Capture System
Presenter(s):
[Canada]
[Ventura]
[Iossa]
[Moreno]
[Joel]
Entry No.: [46]
[SIGGRAPH 2018]
Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition
Presenter(s):
[Kang]
[Chen]
[Wang]
[Zhou]
[Wu]
Entry No.: [47]
[SIGGRAPH 2018]
Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials
Presenter(s):
[Ochiai]
[Otao]
[Itoh]
[Imai]
[Takazawa]
[Osone]
[Mori]
[Suzuki]
Entry No.: [48]
[SIGGRAPH 2018]
Solar Projector
Presenter(s):
[Yamamoto]
[Omomo]
[Takazawa]
[Ochiai]
Entry No.: [49]
[SIGGRAPH 2018]
3D Content Creation Exploiting 2D Character Animation
Presenter(s):
[Barbieri]
[Jiang]
[Cawthorne]
[Xiao]
[Yang]
Entry No.: [50]
[SIGGRAPH 2018]
Automatic Display Zoom for People Suffering from Presbyopia
Presenter(s):
[Fang]
[Funahashi]
Entry No.: [51]
[SIGGRAPH 2018]
Collaborative Animation Production from Students' Perspective
Presenter(s):
[Barbieri]
[Hutchens]
[Harrison]
Entry No.: [52]
[SIGGRAPH 2018]
Curved Support Structures and Meshes with Spherical Vertex Stars
Presenter(s):
[Kilian]
[Wang]
[Schling]
[Schikore]
[Pottmann]
Entry No.: [53]
[SIGGRAPH 2018]
Volume: 3D Reconstruction of History for Immersive Platforms
Presenter(s):
[Fleisher]
[Anlen]
Entry No.: [54]
[SIGGRAPH 2018]
3D-Mesh Cutting Based On Fracture Photographs
Presenter(s):
[Gaubert]
[Londe]
[Poittevin]
[Lioret]
Entry No.: [55]
[SIGGRAPH 2018]
A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction
Presenter(s):
[Kim]
[Ban]
[Park]
Entry No.: [56]
[SIGGRAPH 2018]
BOLCOF: Base Optimization for middle Layer Completion of 3D-printed Objects without Failure
Presenter(s):
[Yamamoto]
[Iwasaki]
[Minagawa]
[Kawamura]
[Ryskeldiev]
[Ochiai]
Entry No.: [57]
[SIGGRAPH 2018]
Deep Motion Transfer without Big Data
Presenter(s):
[Kwon]
[Yu]
[Jang]
[Cho]
[Lee]
[Hahn]
Entry No.: [58]
[SIGGRAPH 2018]
Depth Assisted Full Resolution Network for Single Image-based View Synthesis
Presenter(s):
[Cun]
[Xu]
[Pun]
[Gao]
Entry No.: [59]
[SIGGRAPH 2018]
Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set
Presenter(s):
[Salokhiddinov]
[Lee]
Entry No.: [60]
[SIGGRAPH 2018]
Efficient Multispectral Facial Capture with Monochrome Cameras
Presenter(s):
[LeGendre]
[Bladin]
[Kishore]
[Ren]
[Yu]
[Debevec]
Entry No.: [61]
[SIGGRAPH 2018]
Evaluation of Stretched Thread Lengths in Spinnability Simulations
Presenter(s):
[Mukai]
[Nishikawa]
[Chang]
Entry No.: [62]
[SIGGRAPH 2018]
Food Texture Manipulation by Face Deformation
Presenter(s):
[Suzuki]
[Shigeyama]
[Yoshida]
[Narumi]
[Tanikawa]
[Hirose]
Entry No.: [63]
[SIGGRAPH 2018]
From Visible to Printable: Thin Surface with Implicit Interior Structures
Presenter(s):
[QI]
[LI]
Entry No.: [64]
[SIGGRAPH 2018]
Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms
Presenter(s):
[Filho]
[Chen]
[Junior]
[Barboza]
Entry No.: [65]
[SIGGRAPH 2018]
Improving Regularity of the Centoridal Voronoi Tessellation
Presenter(s):
[Men]
[Shen]
[Khan]
[Yan]
Entry No.: [66]
[SIGGRAPH 2018]
Interactive Dance Performance Evaluation using Timing and Accuracy Similarity
Presenter(s):
[Kim]
[Kim]
Entry No.: [67]
[SIGGRAPH 2018]
Large-scale Fabrication with Interior Zometool Structure
Presenter(s):
[Chen]
[Shen]
[Huang]
[Chen]
Entry No.: [68]
[SIGGRAPH 2018]
RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces
Presenter(s):
[Natsume]
[Yatagawa]
[Morishima]
Entry No.: [69]
[SIGGRAPH 2018]
Simulation of Emergent Rippling on Growing Thin-Shells
Presenter(s):
[Huang]
[Stavness]
Entry No.: [70]
[SIGGRAPH 2018]
Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces
Presenter(s):
[Saouli]
[Babahenini]
Entry No.: [72]
[SIGGRAPH 2018]
Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction
Presenter(s):
[Branchaud]
[Muskovic]
[Kavallaris]
[Filonik]
[Bednarz]
Entry No.: [73]
[SIGGRAPH 2018]
Withering Fruits: Vegetable Matter Decay and Fungus Growth
Presenter(s):
[Cirdei]
[Anderson]
Entry No.: [74]
[SIGGRAPH 2018]
3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear
Presenter(s):
[Asano]
[Sugiura]
[Masai]
[Sugimoto]
Entry No.: [45]
[SIGGRAPH 2018]
Improving the Realism of Mixed Reality through Physical Simulation
Presenter(s):
[Badias]
[Alfaro]
[González]
[Chinesta]
[Cueto]
Entry No.: [22]
[SIGGRAPH 2018]
Computation of Skinning Weight using Spline Interface
Presenter(s):
[Bang]
[Lee]
Entry No.: [03]
[SIGGRAPH 2018]
3D Content Creation Exploiting 2D Character Animation
Presenter(s):
[Barbieri]
[Jiang]
[Cawthorne]
[Xiao]
[Yang]
Entry No.: [50]
[SIGGRAPH 2018]
Collaborative Animation Production from Students' Perspective
Presenter(s):
[Barbieri]
[Hutchens]
[Harrison]
Entry No.: [52]
[SIGGRAPH 2018]
General Primitives for Smooth Coloring of Vector Graphics
Presenter(s):
[Batra]
[Phogat]
[Kavidayal]
Entry No.: [35]
[SIGGRAPH 2018]
MegaParallax: 360° Panoramas with Motion Parallax
Presenter(s):
[Bertel]
[Richardt]
Entry No.: [38]
[SIGGRAPH 2018]
Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction
Presenter(s):
[Branchaud]
[Muskovic]
[Kavallaris]
[Filonik]
[Bednarz]
Entry No.: [73]
[SIGGRAPH 2018]
Development of an Open Source Motion Capture System
Presenter(s):
[Canada]
[Ventura]
[Iossa]
[Moreno]
[Joel]
Entry No.: [46]
[SIGGRAPH 2018]
Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes)
Presenter(s):
[Caruso]
Entry No.: [13]
[SIGGRAPH 2018]
Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example
Presenter(s):
[Chen]
[Chen]
[Chang]
[Yu]
[Chou]
[You]
Entry No.: [23]
[SIGGRAPH 2018]
Large-scale Fabrication with Interior Zometool Structure
Presenter(s):
[Chen]
[Shen]
[Huang]
[Chen]
Entry No.: [68]
[SIGGRAPH 2018]
Retinal Resolution Display Technology Brings Impact to VR Industry
Presenter(s):
[Chiang]
[Wei]
[Cheng]
[Huang]
[Chen]
[Chu]
Entry No.: [43]
[SIGGRAPH 2018]
Withering Fruits: Vegetable Matter Decay and Fungus Growth
Presenter(s):
[Cirdei]
[Anderson]
Entry No.: [74]
[SIGGRAPH 2018]
Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes
Presenter(s):
[Cottrell]
Entry No.: [08]
[SIGGRAPH 2018]
Depth Assisted Full Resolution Network for Single Image-based View Synthesis
Presenter(s):
[Cun]
[Xu]
[Pun]
[Gao]
Entry No.: [59]
[SIGGRAPH 2018]
Exploiting the limitations of spatio-temporal vision for more efficient VR rendering
Presenter(s):
[Denes]
[Maruszczyk]
[Mantiuk]
Entry No.: [21]
[SIGGRAPH 2018]
Automatic Display Zoom for People Suffering from Presbyopia
Presenter(s):
[Fang]
[Funahashi]
Entry No.: [51]
[SIGGRAPH 2018]
Realistic Post-processing of Rendered 3D Scenes
Presenter(s):
[Feygina]
[Ignatov]
[Makarov]
Entry No.: [42]
[SIGGRAPH 2018]
Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms
Presenter(s):
[Filho]
[Chen]
[Junior]
[Barboza]
Entry No.: [65]
[SIGGRAPH 2018]
Volume: 3D Reconstruction of History for Immersive Platforms
Presenter(s):
[Fleisher]
[Anlen]
Entry No.: [54]
[SIGGRAPH 2018]
CRISPR/Cas9-NHEJ: Action in the Nucleus
Presenter(s):
[Fröschl]
[Vendl]
Entry No.: [05]
[SIGGRAPH 2018]
Aerial 3D Display using a Symmetrical Mirror Structure
Presenter(s):
[Fujiwara]
[Hamamoto]
Entry No.: [31]
[SIGGRAPH 2018]
3D-Mesh Cutting Based On Fracture Photographs
Presenter(s):
[Gaubert]
[Londe]
[Poittevin]
[Lioret]
Entry No.: [55]
[SIGGRAPH 2018]
Practical Measurement-Based Spectral Rendering of Human Skin
Presenter(s):
[Gitlina]
[Dhillon]
[Hansen]
[Pai]
[Ghosh]
Entry No.: [40]
[SIGGRAPH 2018]
Lighting Condition Adaptive Tone Mapping Method
Presenter(s):
[Han]
[Khan]
[Rahardja]
Entry No.: [37]
[SIGGRAPH 2018]
tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display
Presenter(s):
[Han]
[Lin]
[Hsieh]
[Hsu]
[Hung]
Entry No.: [26]
[SIGGRAPH 2018]
Perceptual-Based CNN Model for Watercolor Mixing Prediction
Presenter(s):
[Huang]
[Chen]
[Ouhyoung]
Entry No.: [14]
[SIGGRAPH 2018]
Simulation of Emergent Rippling on Growing Thin-Shells
Presenter(s):
[Huang]
[Stavness]
Entry No.: [70]
[SIGGRAPH 2018]
A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings
Presenter(s):
[Justice]
[Akleman]
Entry No.: [30]
[SIGGRAPH 2018]
Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition
Presenter(s):
[Kang]
[Chen]
[Wang]
[Zhou]
[Wu]
Entry No.: [47]
[SIGGRAPH 2018]
Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs
Presenter(s):
[Kao]
[Chen]
[Ouhyoung]
Entry No.: [15]
[SIGGRAPH 2018]
Curved Support Structures and Meshes with Spherical Vertex Stars
Presenter(s):
[Kilian]
[Wang]
[Schling]
[Schikore]
[Pottmann]
Entry No.: [53]
[SIGGRAPH 2018]
A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction
Presenter(s):
[Kim]
[Ban]
[Park]
Entry No.: [56]
[SIGGRAPH 2018]
Interactive Dance Performance Evaluation using Timing and Accuracy Similarity
Presenter(s):
[Kim]
[Kim]
Entry No.: [67]
[SIGGRAPH 2018]
The Virtual Schoolyard
Presenter(s):
[Krösl]
[Schuster]
[Felnhofer]
[Rinnerthaler]
[Kothgassner]
[Kafka]
[Wimmer]
Entry No.: [27]
[SIGGRAPH 2018]
Deep Motion Transfer without Big Data
Presenter(s):
[Kwon]
[Yu]
[Jang]
[Cho]
[Lee]
[Hahn]
Entry No.: [58]
[SIGGRAPH 2018]
I Am Afraid: Voice as Sonic Sculpture
Presenter(s):
[Lantin]
[Overstall]
[Zhao]
Entry No.: [10]
[SIGGRAPH 2018]
Efficient Multispectral Facial Capture with Monochrome Cameras
Presenter(s):
[LeGendre]
[Bladin]
[Kishore]
[Ren]
[Yu]
[Debevec]
Entry No.: [61]
[SIGGRAPH 2018]
On-site Example-based Material Appearance Digitization
Presenter(s):
[Lin]
[Peers]
[Ghosh]
Entry No.: [25]
[SIGGRAPH 2018]
Fractal Anatomy: Imaging Internal and Ambient Structures
Presenter(s):
[McGraw]
Entry No.: [09]
[SIGGRAPH 2018]
Improving Regularity of the Centoridal Voronoi Tessellation
Presenter(s):
[Men]
[Shen]
[Khan]
[Yan]
Entry No.: [66]
[SIGGRAPH 2018]
Automatic Generation of Artworks Using Virtual Photoelastic Material
Presenter(s):
[Miyazaki]
[Fujishiro]
Entry No.: [01]
[SIGGRAPH 2018]
Interactive Projection Mappings in a Japanese Traditional House
Presenter(s):
[Mizuno]
[Shinchi]
[Oba]
[Funahashi]
[Kotani]
[Oguri]
[Oguri]
[Yasuda]
Entry No.: [11]
[SIGGRAPH 2018]
Evaluation of Stretched Thread Lengths in Spinnability Simulations
Presenter(s):
[Mukai]
[Nishikawa]
[Chang]
Entry No.: [62]
[SIGGRAPH 2018]
Which BSSRDF model is better for Heterogeneous Materials?
Presenter(s):
[Nakamoto]
[Koike]
Entry No.: [44]
[SIGGRAPH 2018]
Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG
Presenter(s):
[Nakao]
[Pai]
[Isogai]
[Kimata]
[Kunze]
Entry No.: [24]
[SIGGRAPH 2018]
RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces
Presenter(s):
[Natsume]
[Yatagawa]
[Morishima]
Entry No.: [69]
[SIGGRAPH 2018]
Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art
Presenter(s):
[Nikolić]
[Yang]
[Chen]
[Stankevich]
Entry No.: [18]
[SIGGRAPH 2018]
Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials
Presenter(s):
[Ochiai]
[Otao]
[Itoh]
[Imai]
[Takazawa]
[Osone]
[Mori]
[Suzuki]
Entry No.: [48]
[SIGGRAPH 2018]
Design Method of Digitally Fabricated Spring Glass Pen
Presenter(s):
[Ogawa]
[Tanaka]
[Minagawa]
[Ochiai]
Entry No.: [06]
[SIGGRAPH 2018]
Beckett in VR: Exploring Narrative Using Free Viewpoint Video
Presenter(s):
[O’Dwyer]
[Amplianitis]
[Johnson]
[Bates]
[Pagés]
[Monaghan]
[Ondřej]
[Smolić]
Entry No.: [02]
[SIGGRAPH 2018]
Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting
Presenter(s):
[Prophet]
[Kow]
[Hurry]
Entry No.: [16]
[SIGGRAPH 2018]
From Visible to Printable: Thin Surface with Implicit Interior Structures
Presenter(s):
[QI]
[LI]
Entry No.: [64]
[SIGGRAPH 2018]
Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior
Presenter(s):
[Ritz]
[Santos]
[Fellner]
Entry No.: [33]
[SIGGRAPH 2018]
Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set
Presenter(s):
[Salokhiddinov]
[Lee]
Entry No.: [60]
[SIGGRAPH 2018]
Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces
Presenter(s):
[Saouli]
[Babahenini]
Entry No.: [72]
[SIGGRAPH 2018]
Progressive Real-Time Rendering of Unprocessed Point Clouds
Presenter(s):
[Schuetz]
[Wimmer]
Entry No.: [41]
[SIGGRAPH 2018]
Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller
Presenter(s):
[Shigeyama]
[Hashimoto]
[Yoshida]
[Aoki]
[Narumi]
[Tanikawa]
[Hirose]
Entry No.: [29]
[SIGGRAPH 2018]
The Stereoscopic Art Installation Eccentric Spaces
Presenter(s):
[Simó]
Entry No.: [19]
[SIGGRAPH 2018]
Creative Use of Signal Processing and MARF in ISSv2 and Beyond
Presenter(s):
[Song]
[Mokhov]
[Song]
[Mudur]
Entry No.: [04]
[SIGGRAPH 2018]
El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean
Presenter(s):
[Spangler]
[Stolzenberg]
Entry No.: [07]
[SIGGRAPH 2018]
Food Texture Manipulation by Face Deformation
Presenter(s):
[Suzuki]
[Shigeyama]
[Yoshida]
[Narumi]
[Tanikawa]
[Hirose]
Entry No.: [63]
[SIGGRAPH 2018]
Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation
Presenter(s):
[Swearingen]
[Swearingen]
Entry No.: [20]
[SIGGRAPH 2018]
Stitch: An Interactive Design System for Hand-Sewn Embroidery
Presenter(s):
[Takahashi]
[Fukusato]
Entry No.: [17]
[SIGGRAPH 2018]
Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences
Presenter(s):
[Terashima]
[Fujii]
[Yamamoto]
[Yasugi]
[Suyama]
[Takeda]
Entry No.: [32]
[SIGGRAPH 2018]
Practical acquisition and rendering of common spatially varying holographic surfaces
Presenter(s):
[Toisoul]
[Dhillon]
[Ghosh]
Entry No.: [39]
[SIGGRAPH 2018]
Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers
Presenter(s):
[Tokuyoshi]
[Mizokuchi]
Entry No.: [34]
[SIGGRAPH 2018]
Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players
Presenter(s):
[Tsai]
[Hu]
Entry No.: [28]
[SIGGRAPH 2018]
Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions
Presenter(s):
[Wang]
[Lin]
[Zhao]
[Wang]
[Luo]
[Li]
Entry No.: [36]
[SIGGRAPH 2018]
![3D Content Creation Exploiting 2D Character Animation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-50-Barbieri_3D-content-creation-01-150x150.jpg)
3D Content Creation Exploiting 2D Character Animation Presenter(s): [Barbieri] [Jiang] [Cawthorne] [Xiao] [Yang]
Entry No.: [50]
[SIGGRAPH 2018]
![3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear](https://history.siggraph.org/wp-content/uploads/2022/01/2018-45-Asano_3D-Facial-Geometry-Analysis-01-150x150.jpg)
3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear Presenter(s): [Asano] [Sugiura] [Masai] [Sugimoto]
Entry No.: [45]
[SIGGRAPH 2018]
![3D-Mesh Cutting Based On Fracture Photographs](https://history.siggraph.org/wp-content/uploads/2022/01/2018-55-Gaubert_3D-Mesh-Cutting-Based-On-Fracture-Photographs-01-150x150.jpg)
3D-Mesh Cutting Based On Fracture Photographs Presenter(s): [Gaubert] [Londe] [Poittevin] [Lioret]
Entry No.: [55]
[SIGGRAPH 2018]
![A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings](https://history.siggraph.org/wp-content/uploads/2022/01/2018-30-Justice_A-Process-to-Create-Dynamic-01-150x150.jpg)
A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings Presenter(s): [Justice] [Akleman]
Entry No.: [30]
[SIGGRAPH 2018]
![A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction](https://history.siggraph.org/wp-content/uploads/2022/01/2018-56-Kim_A-Seamless-Texture-Color-Adjustment-01-150x150.jpg)
A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction Presenter(s): [Kim] [Ban] [Park]
Entry No.: [56]
[SIGGRAPH 2018]
![Aerial 3D Display using a Symmetrical Mirror Structure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-31-Hashiomoto_Aerial-3D-Display-01-150x150.jpg)
Aerial 3D Display using a Symmetrical Mirror Structure Presenter(s): [Fujiwara] [Hamamoto]
Entry No.: [31]
[SIGGRAPH 2018]
![Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences](https://history.siggraph.org/wp-content/uploads/2022/01/2018-32-Terashima_Aerial-3D2D-Composite-Display-01-150x150.jpg)
Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences Presenter(s): [Terashima] [Fujii] [Yamamoto] [Yasugi] [Suyama] [Takeda]
Entry No.: [32]
[SIGGRAPH 2018]
![Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior](https://history.siggraph.org/wp-content/uploads/2022/01/2018-33-Ritz_Automated-Acquisition-01-150x150.jpg)
Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior Presenter(s): [Ritz] [Santos] [Fellner]
Entry No.: [33]
[SIGGRAPH 2018]
![Automatic Display Zoom for People Suffering from Presbyopia](https://history.siggraph.org/wp-content/uploads/2022/01/2018-51-Fang_Automatic-Display-Zoom-for-People-01-150x150.jpg)
Automatic Display Zoom for People Suffering from Presbyopia Presenter(s): [Fang] [Funahashi]
Entry No.: [51]
[SIGGRAPH 2018]
![Automatic Generation of Artworks Using Virtual Photoelastic Material](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Poster-01-Miyazaki_Automatic-Generation-of-Artworks-01-150x150.jpg)
Automatic Generation of Artworks Using Virtual Photoelastic Material Presenter(s): [Miyazaki] [Fujishiro]
Entry No.: [01]
[SIGGRAPH 2018]
![Beckett in VR: Exploring Narrative Using Free Viewpoint Video](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Poster-02-Odwyer_Beckett-in-VR-01-150x150.jpg)
Beckett in VR: Exploring Narrative Using Free Viewpoint Video Presenter(s): [O’Dwyer] [Amplianitis] [Johnson] [Bates] [Pagés] [Monaghan] [Ondřej] [Smolić]
Entry No.: [02]
[SIGGRAPH 2018]
![BOLCOF: Base Optimization for middle Layer Completion of 3D-printed Objects without Failure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-57-Yamamoto_BOLCOF-01-150x150.jpg)
BOLCOF: Base Optimization for middle Layer Completion of 3D-printed Objects without Failure Presenter(s): [Yamamoto] [Iwasaki] [Minagawa] [Kawamura] [Ryskeldiev] [Ochiai]
Entry No.: [57]
[SIGGRAPH 2018]
![Collaborative Animation Production from Students' Perspective](https://history.siggraph.org/wp-content/uploads/2022/01/2018-52-Barbieri_Collaborative-Animation-Production-01-150x150.jpg)
Collaborative Animation Production from Students' Perspective Presenter(s): [Barbieri] [Hutchens] [Harrison]
Entry No.: [52]
[SIGGRAPH 2018]
![Computation of Skinning Weight using Spline Interface](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-03-Bang_Computation-of-Skinning-Weight-01-150x150.jpg)
Computation of Skinning Weight using Spline Interface Presenter(s): [Bang] [Lee]
Entry No.: [03]
[SIGGRAPH 2018]
![Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers](https://history.siggraph.org/wp-content/uploads/2022/01/2018-34-Tokuyoshi_Conservative-Z-Prepass-01-150x150.jpg)
Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers Presenter(s): [Tokuyoshi] [Mizokuchi]
Entry No.: [34]
[SIGGRAPH 2018]
![Creative Use of Signal Processing and MARF in ISSv2 and Beyond](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-04-Song_Creative-Use-of-Signal-Processing-and-MARF-in-ISSv2-01-150x150.jpg)
Creative Use of Signal Processing and MARF in ISSv2 and Beyond Presenter(s): [Song] [Mokhov] [Song] [Mudur]
Entry No.: [04]
[SIGGRAPH 2018]
![CRISPR/Cas9-NHEJ: Action in the Nucleus](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-05-Froschl_CRISPRCas9-NHEJ-01-150x150.jpg)
CRISPR/Cas9-NHEJ: Action in the Nucleus Presenter(s): [Fröschl] [Vendl]
Entry No.: [05]
[SIGGRAPH 2018]
![Curved Support Structures and Meshes with Spherical Vertex Stars](https://history.siggraph.org/wp-content/uploads/2022/01/2018-53-Kilian_Curved-Support-Structures-01-150x150.jpg)
Curved Support Structures and Meshes with Spherical Vertex Stars Presenter(s): [Kilian] [Wang] [Schling] [Schikore] [Pottmann]
Entry No.: [53]
[SIGGRAPH 2018]
![Deep Motion Transfer without Big Data](https://history.siggraph.org/wp-content/uploads/2022/01/2018-58-Kwon_Deep-Motion-Transfer-01-150x150.jpg)
Deep Motion Transfer without Big Data Presenter(s): [Kwon] [Yu] [Jang] [Cho] [Lee] [Hahn]
Entry No.: [58]
[SIGGRAPH 2018]
![Depth Assisted Full Resolution Network for Single Image-based View Synthesis](https://history.siggraph.org/wp-content/uploads/2022/01/2018-59-Cun_Depth-Assisted-Full-Resolution-01-150x150.jpg)
Depth Assisted Full Resolution Network for Single Image-based View Synthesis Presenter(s): [Cun] [Xu] [Pun] [Gao]
Entry No.: [59]
[SIGGRAPH 2018]
![Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set](https://history.siggraph.org/wp-content/uploads/2022/01/2018-60-Salokhiddinov_Depth-from-Focus-for-3D-01-150x150.jpg)
Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set Presenter(s): [Salokhiddinov] [Lee]
Entry No.: [60]
[SIGGRAPH 2018]
![Design Method of Digitally Fabricated Spring Glass Pen](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-06-Ogawa_Design-Method-of-Digitally-Fabricated-Spring-Glass-Pen-01-150x150.jpg)
Design Method of Digitally Fabricated Spring Glass Pen Presenter(s): [Ogawa] [Tanaka] [Minagawa] [Ochiai]
Entry No.: [06]
[SIGGRAPH 2018]
![Development of an Open Source Motion Capture System](https://history.siggraph.org/wp-content/uploads/2022/07/2018-SIGGRAPH-Image-Not-Available-150x150.jpg)
Development of an Open Source Motion Capture System Presenter(s): [Canada] [Ventura] [Iossa] [Moreno] [Joel]
Entry No.: [46]
[SIGGRAPH 2018]
![Efficient Multispectral Facial Capture with Monochrome Cameras](https://history.siggraph.org/wp-content/uploads/2022/01/2018-61-LeGendre_Efficient-Multispectral-Facial-Capture-01-150x150.jpg)
Efficient Multispectral Facial Capture with Monochrome Cameras Presenter(s): [LeGendre] [Bladin] [Kishore] [Ren] [Yu] [Debevec]
Entry No.: [61]
[SIGGRAPH 2018]
![El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-07-Spangler_El-Faro-01-150x150.jpg)
El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean Presenter(s): [Spangler] [Stolzenberg]
Entry No.: [07]
[SIGGRAPH 2018]
![Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-08-Cottrell_Ephemeral-Sandscapes-01-150x150.jpg)
Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes Presenter(s): [Cottrell]
Entry No.: [08]
[SIGGRAPH 2018]
![Evaluation of Stretched Thread Lengths in Spinnability Simulations](https://history.siggraph.org/wp-content/uploads/2022/01/2018-62-Mukai_Evaluation-of-Stretched-Thread-01-150x150.jpg)
Evaluation of Stretched Thread Lengths in Spinnability Simulations Presenter(s): [Mukai] [Nishikawa] [Chang]
Entry No.: [62]
[SIGGRAPH 2018]
![Exploiting the limitations of spatio-temporal vision for more efficient VR rendering](https://history.siggraph.org/wp-content/uploads/2022/01/2018-21-Denes_Exploiting-the-limitations-01-150x150.jpg)
Exploiting the limitations of spatio-temporal vision for more efficient VR rendering Presenter(s): [Denes] [Maruszczyk] [Mantiuk]
Entry No.: [21]
[SIGGRAPH 2018]
![Food Texture Manipulation by Face Deformation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-63-Suzuki_Food-Texture-Manipulation-01-150x150.jpg)
Food Texture Manipulation by Face Deformation Presenter(s): [Suzuki] [Shigeyama] [Yoshida] [Narumi] [Tanikawa] [Hirose]
Entry No.: [63]
[SIGGRAPH 2018]
![Fractal Anatomy: Imaging Internal and Ambient Structures](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-09-Mcgraw_Fractal-Anatomy-01-150x150.jpg)
Fractal Anatomy: Imaging Internal and Ambient Structures Presenter(s): [McGraw]
Entry No.: [09]
[SIGGRAPH 2018]
![From Visible to Printable: Thin Surface with Implicit Interior Structures](https://history.siggraph.org/wp-content/uploads/2022/01/2018-64-Qi_From-Visible-to-Printable-01-150x150.jpg)
From Visible to Printable: Thin Surface with Implicit Interior Structures Presenter(s): [QI] [LI]
Entry No.: [64]
[SIGGRAPH 2018]
![General Primitives for Smooth Coloring of Vector Graphics](https://history.siggraph.org/wp-content/uploads/2022/01/2018-35-Batra_General-Primitives-for-Smooth-Coloring-01-150x150.jpg)
General Primitives for Smooth Coloring of Vector Graphics Presenter(s): [Batra] [Phogat] [Kavidayal]
Entry No.: [35]
[SIGGRAPH 2018]
![Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms](https://history.siggraph.org/wp-content/uploads/2022/01/2018-65-Stinghen-Filho_Gesture-Recognition-Using-Leap-Motion-01-150x150.jpg)
Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms Presenter(s): [Filho] [Chen] [Junior] [Barboza]
Entry No.: [65]
[SIGGRAPH 2018]
![I Am Afraid: Voice as Sonic Sculpture](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-10-Lantin_I-Am-Afraid-01-150x150.jpg)
I Am Afraid: Voice as Sonic Sculpture Presenter(s): [Lantin] [Overstall] [Zhao]
Entry No.: [10]
[SIGGRAPH 2018]
![Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions](https://history.siggraph.org/wp-content/uploads/2022/01/2018-36-Wang_Improving-Incompressible-SPH-01-150x150.jpg)
Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions Presenter(s): [Wang] [Lin] [Zhao] [Wang] [Luo] [Li]
Entry No.: [36]
[SIGGRAPH 2018]
![Improving Regularity of the Centoridal Voronoi Tessellation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-66-Men_Improving-Regularity-01-150x150.jpg)
Improving Regularity of the Centoridal Voronoi Tessellation Presenter(s): [Men] [Shen] [Khan] [Yan]
Entry No.: [66]
[SIGGRAPH 2018]
![Improving the Realism of Mixed Reality through Physical Simulation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-22-Badias_Improving-the-Realism-of-Mixed-Reality-01-150x150.jpg)
Improving the Realism of Mixed Reality through Physical Simulation Presenter(s): [Badias] [Alfaro] [González] [Chinesta] [Cueto]
Entry No.: [22]
[SIGGRAPH 2018]
![Interactive Dance Performance Evaluation using Timing and Accuracy Similarity](https://history.siggraph.org/wp-content/uploads/2022/01/2018-67-Kim_Interactive-Dance-Performance-01-150x150.jpg)
Interactive Dance Performance Evaluation using Timing and Accuracy Similarity Presenter(s): [Kim] [Kim]
Entry No.: [67]
[SIGGRAPH 2018]
![Interactive Projection Mappings in a Japanese Traditional House](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-11-Mizuno_Interactive-Projection-Mappings-in-a-Japanese-Traditional-House-01-150x150.jpg)
Interactive Projection Mappings in a Japanese Traditional House Presenter(s): [Mizuno] [Shinchi] [Oba] [Funahashi] [Kotani] [Oguri] [Oguri] [Yasuda]
Entry No.: [11]
[SIGGRAPH 2018]
![Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example](https://history.siggraph.org/wp-content/uploads/2021/11/2018-23-Chen_Interactive-Teaching-Aids-Design-01-150x150.jpg)
Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example Presenter(s): [Chen] [Chen] [Chang] [Yu] [Chou] [You]
Entry No.: [23]
[SIGGRAPH 2018]
![Large-scale Fabrication with Interior Zometool Structure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-68-Chen_Large-scale-Fabrication-01-150x150.jpg)
Large-scale Fabrication with Interior Zometool Structure Presenter(s): [Chen] [Shen] [Huang] [Chen]
Entry No.: [68]
[SIGGRAPH 2018]
![Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition](https://history.siggraph.org/wp-content/uploads/2022/01/2018-47-Kang_Learning-Optimal-Lighting-Patterns-01-150x150.jpg)
Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition Presenter(s): [Kang] [Chen] [Wang] [Zhou] [Wu]
Entry No.: [47]
[SIGGRAPH 2018]
![Lighting Condition Adaptive Tone Mapping Method](https://history.siggraph.org/wp-content/uploads/2022/01/2018-37-Han_Lighting-Condition-Adaptive-Tone-Mapping-Method-01-150x150.jpg)
Lighting Condition Adaptive Tone Mapping Method Presenter(s): [Han] [Khan] [Rahardja]
Entry No.: [37]
[SIGGRAPH 2018]
![Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials](https://history.siggraph.org/wp-content/uploads/2022/01/2018-48-Ochiai_Make-your-own-Retinal-Projector-01-150x150.jpg)
Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials Presenter(s): [Ochiai] [Otao] [Itoh] [Imai] [Takazawa] [Osone] [Mori] [Suzuki]
Entry No.: [48]
[SIGGRAPH 2018]
![Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG](https://history.siggraph.org/wp-content/uploads/2022/01/2018-24-Nakao_Make-a-Face-01-150x150.jpg)
Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG Presenter(s): [Nakao] [Pai] [Isogai] [Kimata] [Kunze]
Entry No.: [24]
[SIGGRAPH 2018]
![MegaParallax: 360° Panoramas with Motion Parallax](https://history.siggraph.org/wp-content/uploads/2022/01/2018-38-Bertel_MegaParallax-01-150x150.jpg)
MegaParallax: 360° Panoramas with Motion Parallax Presenter(s): [Bertel] [Richardt]
Entry No.: [38]
[SIGGRAPH 2018]
![On-site Example-based Material Appearance Digitization](https://history.siggraph.org/wp-content/uploads/2022/01/2018-25-Lin_On-site-Example-based-01-150x150.jpg)
On-site Example-based Material Appearance Digitization Presenter(s): [Lin] [Peers] [Ghosh]
Entry No.: [25]
[SIGGRAPH 2018]
![Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes)](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-13-Caruso_Painting-With-DEGAS-01-150x150.jpg)
Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes) Presenter(s): [Caruso]
Entry No.: [13]
[SIGGRAPH 2018]
![Perceptual-Based CNN Model for Watercolor Mixing Prediction](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-14-Huang_Perceptual-Based-CNN-Model-for-Watercolor-Mixing-Prediction-01-150x150.jpg)
Perceptual-Based CNN Model for Watercolor Mixing Prediction Presenter(s): [Huang] [Chen] [Ouhyoung]
Entry No.: [14]
[SIGGRAPH 2018]
![Practical acquisition and rendering of common spatially varying holographic surfaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-39-Toisoul_Practical-acquisition-and-rendering-01-150x150.jpg)
Practical acquisition and rendering of common spatially varying holographic surfaces Presenter(s): [Toisoul] [Dhillon] [Ghosh]
Entry No.: [39]
[SIGGRAPH 2018]
![Practical Measurement-Based Spectral Rendering of Human Skin](https://history.siggraph.org/wp-content/uploads/2022/01/2018-40-Gitlina_Practical-Measurement-Based-01-150x150.jpg)
Practical Measurement-Based Spectral Rendering of Human Skin Presenter(s): [Gitlina] [Dhillon] [Hansen] [Pai] [Ghosh]
Entry No.: [40]
[SIGGRAPH 2018]
![Progressive Real-Time Rendering of Unprocessed Point Clouds](https://history.siggraph.org/wp-content/uploads/2022/01/2018-41-Schuetz_Progressive-Real-Time-Rendering-01-150x150.jpg)
Progressive Real-Time Rendering of Unprocessed Point Clouds Presenter(s): [Schuetz] [Wimmer]
Entry No.: [41]
[SIGGRAPH 2018]
![Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-15-Kao_Progressive-CRF-net-01-150x150.jpg)
Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs Presenter(s): [Kao] [Chen] [Ouhyoung]
Entry No.: [15]
[SIGGRAPH 2018]
![Realistic Post-processing of Rendered 3D Scenes](https://history.siggraph.org/wp-content/uploads/2022/01/2018-42-Feygina_Realistic-Post-processing-01-150x150.jpg)
Realistic Post-processing of Rendered 3D Scenes Presenter(s): [Feygina] [Ignatov] [Makarov]
Entry No.: [42]
[SIGGRAPH 2018]
![Retinal Resolution Display Technology Brings Impact to VR Industry](https://history.siggraph.org/wp-content/uploads/2022/01/2018-43-Chiang_Retinal-Resolution-Display-01-150x150.jpg)
Retinal Resolution Display Technology Brings Impact to VR Industry Presenter(s): [Chiang] [Wei] [Cheng] [Huang] [Chen] [Chu]
Entry No.: [43]
[SIGGRAPH 2018]
![RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-69-Natsume_RSGAN-01-150x150.jpg)
RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces Presenter(s): [Natsume] [Yatagawa] [Morishima]
Entry No.: [69]
[SIGGRAPH 2018]
![Simulation of Emergent Rippling on Growing Thin-Shells](https://history.siggraph.org/wp-content/uploads/2022/01/2018-70-Huang_Simulation-of-Emergent-01-150x150.jpg)
Simulation of Emergent Rippling on Growing Thin-Shells Presenter(s): [Huang] [Stavness]
Entry No.: [70]
[SIGGRAPH 2018]
![Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-16-Prophet_Small-Trees-Big-data-01-150x150.jpg)
Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting Presenter(s): [Prophet] [Kow] [Hurry]
Entry No.: [16]
[SIGGRAPH 2018]
![Solar Projector](https://history.siggraph.org/wp-content/uploads/2022/01/2018-49-Yamamoto_Solar-Projector-01-150x150.jpg)
Solar Projector Presenter(s): [Yamamoto] [Omomo] [Takazawa] [Ochiai]
Entry No.: [49]
[SIGGRAPH 2018]
![Stitch: An Interactive Design System for Hand-Sewn Embroidery](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-17-Takahashi_Stitch-01-150x150.jpg)
Stitch: An Interactive Design System for Hand-Sewn Embroidery Presenter(s): [Takahashi] [Fukusato]
Entry No.: [17]
[SIGGRAPH 2018]
![Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-18-Nikolic_Syntropic-Counterpoints-01-150x150.jpg)
Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art Presenter(s): [Nikolić] [Yang] [Chen] [Stankevich]
Entry No.: [18]
[SIGGRAPH 2018]
![tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display](https://history.siggraph.org/wp-content/uploads/2022/01/2018-26-Han_tARget-01-150x150.jpg)
tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display Presenter(s): [Han] [Lin] [Hsieh] [Hsu] [Hung]
Entry No.: [26]
[SIGGRAPH 2018]
![The Stereoscopic Art Installation Eccentric Spaces](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-19-Simo_The-Stereoscopic-Art-Installation-Eccentric-Spaces-01-150x150.jpg)
The Stereoscopic Art Installation Eccentric Spaces Presenter(s): [Simó]
Entry No.: [19]
[SIGGRAPH 2018]
![The Virtual Schoolyard](https://history.siggraph.org/wp-content/uploads/2022/01/2018-27-Krosl_The-Virtual-Schoolyard-01-150x150.jpg)
The Virtual Schoolyard Presenter(s): [Krösl] [Schuster] [Felnhofer] [Rinnerthaler] [Kothgassner] [Kafka] [Wimmer]
Entry No.: [27]
[SIGGRAPH 2018]
![Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-72-Saouli_Towards-a-Stochastic-Depth-01-150x150.jpg)
Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces Presenter(s): [Saouli] [Babahenini]
Entry No.: [72]
[SIGGRAPH 2018]
![Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players](https://history.siggraph.org/wp-content/uploads/2022/01/2018-28-Tsai_Training-Assistant-01-150x150.jpg)
Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players Presenter(s): [Tsai] [Hu]
Entry No.: [28]
[SIGGRAPH 2018]
![Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller](https://history.siggraph.org/wp-content/uploads/2022/01/2018-29-Shigeyama_Transcalibur-01-150x150.jpg)
Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller Presenter(s): [Shigeyama] [Hashimoto] [Yoshida] [Aoki] [Narumi] [Tanikawa] [Hirose]
Entry No.: [29]
[SIGGRAPH 2018]
![Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction](https://history.siggraph.org/wp-content/uploads/2022/01/2018-73-Branchaud_Visual-Microscope-for-Massive-01-150x150.jpg)
Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction Presenter(s): [Branchaud] [Muskovic] [Kavallaris] [Filonik] [Bednarz]
Entry No.: [73]
[SIGGRAPH 2018]
![Volume: 3D Reconstruction of History for Immersive Platforms](https://history.siggraph.org/wp-content/uploads/2022/01/2018-54-Fleisher_Volume-01-150x150.jpg)
Volume: 3D Reconstruction of History for Immersive Platforms Presenter(s): [Fleisher] [Anlen]
Entry No.: [54]
[SIGGRAPH 2018]
![Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-20-Swearingen_Wall-Mounted-Level-01-150x150.jpg)
Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation Presenter(s): [Swearingen] [Swearingen]
Entry No.: [20]
[SIGGRAPH 2018]
![Which BSSRDF model is better for Heterogeneous Materials?](https://history.siggraph.org/wp-content/uploads/2022/01/2018-44-Nakamoto_Which-BSSRDF-model-is-better-01-150x150.jpg)
Which BSSRDF model is better for Heterogeneous Materials? Presenter(s): [Nakamoto] [Koike]
Entry No.: [44]
[SIGGRAPH 2018]
![Withering Fruits: Vegetable Matter Decay and Fungus Growth](https://history.siggraph.org/wp-content/uploads/2022/01/2018-74-Cirdei_Withering-Fruits-01-150x150.jpg)
Withering Fruits: Vegetable Matter Decay and Fungus Growth Presenter(s): [Cirdei] [Anderson]
Entry No.: [74]
[SIGGRAPH 2018]
![Automatic Generation of Artworks Using Virtual Photoelastic Material](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Poster-01-Miyazaki_Automatic-Generation-of-Artworks-01-150x150.jpg)
Automatic Generation of Artworks Using Virtual Photoelastic Material Presenter(s): [Miyazaki] [Fujishiro]
Entry No.: [01]
[SIGGRAPH 2018]
![Beckett in VR: Exploring Narrative Using Free Viewpoint Video](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Poster-02-Odwyer_Beckett-in-VR-01-150x150.jpg)
Beckett in VR: Exploring Narrative Using Free Viewpoint Video Presenter(s): [O’Dwyer] [Amplianitis] [Johnson] [Bates] [Pagés] [Monaghan] [Ondřej] [Smolić]
Entry No.: [02]
[SIGGRAPH 2018]
![Computation of Skinning Weight using Spline Interface](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-03-Bang_Computation-of-Skinning-Weight-01-150x150.jpg)
Computation of Skinning Weight using Spline Interface Presenter(s): [Bang] [Lee]
Entry No.: [03]
[SIGGRAPH 2018]
![Creative Use of Signal Processing and MARF in ISSv2 and Beyond](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-04-Song_Creative-Use-of-Signal-Processing-and-MARF-in-ISSv2-01-150x150.jpg)
Creative Use of Signal Processing and MARF in ISSv2 and Beyond Presenter(s): [Song] [Mokhov] [Song] [Mudur]
Entry No.: [04]
[SIGGRAPH 2018]
![CRISPR/Cas9-NHEJ: Action in the Nucleus](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-05-Froschl_CRISPRCas9-NHEJ-01-150x150.jpg)
CRISPR/Cas9-NHEJ: Action in the Nucleus Presenter(s): [Fröschl] [Vendl]
Entry No.: [05]
[SIGGRAPH 2018]
![Design Method of Digitally Fabricated Spring Glass Pen](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-06-Ogawa_Design-Method-of-Digitally-Fabricated-Spring-Glass-Pen-01-150x150.jpg)
Design Method of Digitally Fabricated Spring Glass Pen Presenter(s): [Ogawa] [Tanaka] [Minagawa] [Ochiai]
Entry No.: [06]
[SIGGRAPH 2018]
![El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-07-Spangler_El-Faro-01-150x150.jpg)
El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean Presenter(s): [Spangler] [Stolzenberg]
Entry No.: [07]
[SIGGRAPH 2018]
![Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-08-Cottrell_Ephemeral-Sandscapes-01-150x150.jpg)
Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes Presenter(s): [Cottrell]
Entry No.: [08]
[SIGGRAPH 2018]
![Fractal Anatomy: Imaging Internal and Ambient Structures](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-09-Mcgraw_Fractal-Anatomy-01-150x150.jpg)
Fractal Anatomy: Imaging Internal and Ambient Structures Presenter(s): [McGraw]
Entry No.: [09]
[SIGGRAPH 2018]
![I Am Afraid: Voice as Sonic Sculpture](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-10-Lantin_I-Am-Afraid-01-150x150.jpg)
I Am Afraid: Voice as Sonic Sculpture Presenter(s): [Lantin] [Overstall] [Zhao]
Entry No.: [10]
[SIGGRAPH 2018]
![Interactive Projection Mappings in a Japanese Traditional House](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-11-Mizuno_Interactive-Projection-Mappings-in-a-Japanese-Traditional-House-01-150x150.jpg)
Interactive Projection Mappings in a Japanese Traditional House Presenter(s): [Mizuno] [Shinchi] [Oba] [Funahashi] [Kotani] [Oguri] [Oguri] [Yasuda]
Entry No.: [11]
[SIGGRAPH 2018]
![Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes)](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-13-Caruso_Painting-With-DEGAS-01-150x150.jpg)
Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes) Presenter(s): [Caruso]
Entry No.: [13]
[SIGGRAPH 2018]
![Perceptual-Based CNN Model for Watercolor Mixing Prediction](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-14-Huang_Perceptual-Based-CNN-Model-for-Watercolor-Mixing-Prediction-01-150x150.jpg)
Perceptual-Based CNN Model for Watercolor Mixing Prediction Presenter(s): [Huang] [Chen] [Ouhyoung]
Entry No.: [14]
[SIGGRAPH 2018]
![Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-15-Kao_Progressive-CRF-net-01-150x150.jpg)
Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs Presenter(s): [Kao] [Chen] [Ouhyoung]
Entry No.: [15]
[SIGGRAPH 2018]
![Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-16-Prophet_Small-Trees-Big-data-01-150x150.jpg)
Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting Presenter(s): [Prophet] [Kow] [Hurry]
Entry No.: [16]
[SIGGRAPH 2018]
![Stitch: An Interactive Design System for Hand-Sewn Embroidery](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-17-Takahashi_Stitch-01-150x150.jpg)
Stitch: An Interactive Design System for Hand-Sewn Embroidery Presenter(s): [Takahashi] [Fukusato]
Entry No.: [17]
[SIGGRAPH 2018]
![Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-18-Nikolic_Syntropic-Counterpoints-01-150x150.jpg)
Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art Presenter(s): [Nikolić] [Yang] [Chen] [Stankevich]
Entry No.: [18]
[SIGGRAPH 2018]
![The Stereoscopic Art Installation Eccentric Spaces](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-19-Simo_The-Stereoscopic-Art-Installation-Eccentric-Spaces-01-150x150.jpg)
The Stereoscopic Art Installation Eccentric Spaces Presenter(s): [Simó]
Entry No.: [19]
[SIGGRAPH 2018]
![Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-20-Swearingen_Wall-Mounted-Level-01-150x150.jpg)
Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation Presenter(s): [Swearingen] [Swearingen]
Entry No.: [20]
[SIGGRAPH 2018]
![Exploiting the limitations of spatio-temporal vision for more efficient VR rendering](https://history.siggraph.org/wp-content/uploads/2022/01/2018-21-Denes_Exploiting-the-limitations-01-150x150.jpg)
Exploiting the limitations of spatio-temporal vision for more efficient VR rendering Presenter(s): [Denes] [Maruszczyk] [Mantiuk]
Entry No.: [21]
[SIGGRAPH 2018]
![Improving the Realism of Mixed Reality through Physical Simulation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-22-Badias_Improving-the-Realism-of-Mixed-Reality-01-150x150.jpg)
Improving the Realism of Mixed Reality through Physical Simulation Presenter(s): [Badias] [Alfaro] [González] [Chinesta] [Cueto]
Entry No.: [22]
[SIGGRAPH 2018]
![Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example](https://history.siggraph.org/wp-content/uploads/2021/11/2018-23-Chen_Interactive-Teaching-Aids-Design-01-150x150.jpg)
Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example Presenter(s): [Chen] [Chen] [Chang] [Yu] [Chou] [You]
Entry No.: [23]
[SIGGRAPH 2018]
![Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG](https://history.siggraph.org/wp-content/uploads/2022/01/2018-24-Nakao_Make-a-Face-01-150x150.jpg)
Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG Presenter(s): [Nakao] [Pai] [Isogai] [Kimata] [Kunze]
Entry No.: [24]
[SIGGRAPH 2018]
![On-site Example-based Material Appearance Digitization](https://history.siggraph.org/wp-content/uploads/2022/01/2018-25-Lin_On-site-Example-based-01-150x150.jpg)
On-site Example-based Material Appearance Digitization Presenter(s): [Lin] [Peers] [Ghosh]
Entry No.: [25]
[SIGGRAPH 2018]
![tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display](https://history.siggraph.org/wp-content/uploads/2022/01/2018-26-Han_tARget-01-150x150.jpg)
tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display Presenter(s): [Han] [Lin] [Hsieh] [Hsu] [Hung]
Entry No.: [26]
[SIGGRAPH 2018]
![The Virtual Schoolyard](https://history.siggraph.org/wp-content/uploads/2022/01/2018-27-Krosl_The-Virtual-Schoolyard-01-150x150.jpg)
The Virtual Schoolyard Presenter(s): [Krösl] [Schuster] [Felnhofer] [Rinnerthaler] [Kothgassner] [Kafka] [Wimmer]
Entry No.: [27]
[SIGGRAPH 2018]
![Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players](https://history.siggraph.org/wp-content/uploads/2022/01/2018-28-Tsai_Training-Assistant-01-150x150.jpg)
Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players Presenter(s): [Tsai] [Hu]
Entry No.: [28]
[SIGGRAPH 2018]
![Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller](https://history.siggraph.org/wp-content/uploads/2022/01/2018-29-Shigeyama_Transcalibur-01-150x150.jpg)
Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller Presenter(s): [Shigeyama] [Hashimoto] [Yoshida] [Aoki] [Narumi] [Tanikawa] [Hirose]
Entry No.: [29]
[SIGGRAPH 2018]
![A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings](https://history.siggraph.org/wp-content/uploads/2022/01/2018-30-Justice_A-Process-to-Create-Dynamic-01-150x150.jpg)
A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings Presenter(s): [Justice] [Akleman]
Entry No.: [30]
[SIGGRAPH 2018]
![Aerial 3D Display using a Symmetrical Mirror Structure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-31-Hashiomoto_Aerial-3D-Display-01-150x150.jpg)
Aerial 3D Display using a Symmetrical Mirror Structure Presenter(s): [Fujiwara] [Hamamoto]
Entry No.: [31]
[SIGGRAPH 2018]
![Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences](https://history.siggraph.org/wp-content/uploads/2022/01/2018-32-Terashima_Aerial-3D2D-Composite-Display-01-150x150.jpg)
Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences Presenter(s): [Terashima] [Fujii] [Yamamoto] [Yasugi] [Suyama] [Takeda]
Entry No.: [32]
[SIGGRAPH 2018]
![Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior](https://history.siggraph.org/wp-content/uploads/2022/01/2018-33-Ritz_Automated-Acquisition-01-150x150.jpg)
Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior Presenter(s): [Ritz] [Santos] [Fellner]
Entry No.: [33]
[SIGGRAPH 2018]
![Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers](https://history.siggraph.org/wp-content/uploads/2022/01/2018-34-Tokuyoshi_Conservative-Z-Prepass-01-150x150.jpg)
Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers Presenter(s): [Tokuyoshi] [Mizokuchi]
Entry No.: [34]
[SIGGRAPH 2018]
![General Primitives for Smooth Coloring of Vector Graphics](https://history.siggraph.org/wp-content/uploads/2022/01/2018-35-Batra_General-Primitives-for-Smooth-Coloring-01-150x150.jpg)
General Primitives for Smooth Coloring of Vector Graphics Presenter(s): [Batra] [Phogat] [Kavidayal]
Entry No.: [35]
[SIGGRAPH 2018]
![Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions](https://history.siggraph.org/wp-content/uploads/2022/01/2018-36-Wang_Improving-Incompressible-SPH-01-150x150.jpg)
Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions Presenter(s): [Wang] [Lin] [Zhao] [Wang] [Luo] [Li]
Entry No.: [36]
[SIGGRAPH 2018]
![Lighting Condition Adaptive Tone Mapping Method](https://history.siggraph.org/wp-content/uploads/2022/01/2018-37-Han_Lighting-Condition-Adaptive-Tone-Mapping-Method-01-150x150.jpg)
Lighting Condition Adaptive Tone Mapping Method Presenter(s): [Han] [Khan] [Rahardja]
Entry No.: [37]
[SIGGRAPH 2018]
![MegaParallax: 360° Panoramas with Motion Parallax](https://history.siggraph.org/wp-content/uploads/2022/01/2018-38-Bertel_MegaParallax-01-150x150.jpg)
MegaParallax: 360° Panoramas with Motion Parallax Presenter(s): [Bertel] [Richardt]
Entry No.: [38]
[SIGGRAPH 2018]
![Practical acquisition and rendering of common spatially varying holographic surfaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-39-Toisoul_Practical-acquisition-and-rendering-01-150x150.jpg)
Practical acquisition and rendering of common spatially varying holographic surfaces Presenter(s): [Toisoul] [Dhillon] [Ghosh]
Entry No.: [39]
[SIGGRAPH 2018]
![Practical Measurement-Based Spectral Rendering of Human Skin](https://history.siggraph.org/wp-content/uploads/2022/01/2018-40-Gitlina_Practical-Measurement-Based-01-150x150.jpg)
Practical Measurement-Based Spectral Rendering of Human Skin Presenter(s): [Gitlina] [Dhillon] [Hansen] [Pai] [Ghosh]
Entry No.: [40]
[SIGGRAPH 2018]
![Progressive Real-Time Rendering of Unprocessed Point Clouds](https://history.siggraph.org/wp-content/uploads/2022/01/2018-41-Schuetz_Progressive-Real-Time-Rendering-01-150x150.jpg)
Progressive Real-Time Rendering of Unprocessed Point Clouds Presenter(s): [Schuetz] [Wimmer]
Entry No.: [41]
[SIGGRAPH 2018]
![Realistic Post-processing of Rendered 3D Scenes](https://history.siggraph.org/wp-content/uploads/2022/01/2018-42-Feygina_Realistic-Post-processing-01-150x150.jpg)
Realistic Post-processing of Rendered 3D Scenes Presenter(s): [Feygina] [Ignatov] [Makarov]
Entry No.: [42]
[SIGGRAPH 2018]
![Retinal Resolution Display Technology Brings Impact to VR Industry](https://history.siggraph.org/wp-content/uploads/2022/01/2018-43-Chiang_Retinal-Resolution-Display-01-150x150.jpg)
Retinal Resolution Display Technology Brings Impact to VR Industry Presenter(s): [Chiang] [Wei] [Cheng] [Huang] [Chen] [Chu]
Entry No.: [43]
[SIGGRAPH 2018]
![Which BSSRDF model is better for Heterogeneous Materials?](https://history.siggraph.org/wp-content/uploads/2022/01/2018-44-Nakamoto_Which-BSSRDF-model-is-better-01-150x150.jpg)
Which BSSRDF model is better for Heterogeneous Materials? Presenter(s): [Nakamoto] [Koike]
Entry No.: [44]
[SIGGRAPH 2018]
![3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear](https://history.siggraph.org/wp-content/uploads/2022/01/2018-45-Asano_3D-Facial-Geometry-Analysis-01-150x150.jpg)
3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear Presenter(s): [Asano] [Sugiura] [Masai] [Sugimoto]
Entry No.: [45]
[SIGGRAPH 2018]
![Development of an Open Source Motion Capture System](https://history.siggraph.org/wp-content/uploads/2022/07/2018-SIGGRAPH-Image-Not-Available-150x150.jpg)
Development of an Open Source Motion Capture System Presenter(s): [Canada] [Ventura] [Iossa] [Moreno] [Joel]
Entry No.: [46]
[SIGGRAPH 2018]
![Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition](https://history.siggraph.org/wp-content/uploads/2022/01/2018-47-Kang_Learning-Optimal-Lighting-Patterns-01-150x150.jpg)
Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition Presenter(s): [Kang] [Chen] [Wang] [Zhou] [Wu]
Entry No.: [47]
[SIGGRAPH 2018]
![Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials](https://history.siggraph.org/wp-content/uploads/2022/01/2018-48-Ochiai_Make-your-own-Retinal-Projector-01-150x150.jpg)
Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials Presenter(s): [Ochiai] [Otao] [Itoh] [Imai] [Takazawa] [Osone] [Mori] [Suzuki]
Entry No.: [48]
[SIGGRAPH 2018]
![Solar Projector](https://history.siggraph.org/wp-content/uploads/2022/01/2018-49-Yamamoto_Solar-Projector-01-150x150.jpg)
Solar Projector Presenter(s): [Yamamoto] [Omomo] [Takazawa] [Ochiai]
Entry No.: [49]
[SIGGRAPH 2018]
![3D Content Creation Exploiting 2D Character Animation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-50-Barbieri_3D-content-creation-01-150x150.jpg)
3D Content Creation Exploiting 2D Character Animation Presenter(s): [Barbieri] [Jiang] [Cawthorne] [Xiao] [Yang]
Entry No.: [50]
[SIGGRAPH 2018]
![Automatic Display Zoom for People Suffering from Presbyopia](https://history.siggraph.org/wp-content/uploads/2022/01/2018-51-Fang_Automatic-Display-Zoom-for-People-01-150x150.jpg)
Automatic Display Zoom for People Suffering from Presbyopia Presenter(s): [Fang] [Funahashi]
Entry No.: [51]
[SIGGRAPH 2018]
![Collaborative Animation Production from Students' Perspective](https://history.siggraph.org/wp-content/uploads/2022/01/2018-52-Barbieri_Collaborative-Animation-Production-01-150x150.jpg)
Collaborative Animation Production from Students' Perspective Presenter(s): [Barbieri] [Hutchens] [Harrison]
Entry No.: [52]
[SIGGRAPH 2018]
![Curved Support Structures and Meshes with Spherical Vertex Stars](https://history.siggraph.org/wp-content/uploads/2022/01/2018-53-Kilian_Curved-Support-Structures-01-150x150.jpg)
Curved Support Structures and Meshes with Spherical Vertex Stars Presenter(s): [Kilian] [Wang] [Schling] [Schikore] [Pottmann]
Entry No.: [53]
[SIGGRAPH 2018]
![Volume: 3D Reconstruction of History for Immersive Platforms](https://history.siggraph.org/wp-content/uploads/2022/01/2018-54-Fleisher_Volume-01-150x150.jpg)
Volume: 3D Reconstruction of History for Immersive Platforms Presenter(s): [Fleisher] [Anlen]
Entry No.: [54]
[SIGGRAPH 2018]
![3D-Mesh Cutting Based On Fracture Photographs](https://history.siggraph.org/wp-content/uploads/2022/01/2018-55-Gaubert_3D-Mesh-Cutting-Based-On-Fracture-Photographs-01-150x150.jpg)
3D-Mesh Cutting Based On Fracture Photographs Presenter(s): [Gaubert] [Londe] [Poittevin] [Lioret]
Entry No.: [55]
[SIGGRAPH 2018]
![A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction](https://history.siggraph.org/wp-content/uploads/2022/01/2018-56-Kim_A-Seamless-Texture-Color-Adjustment-01-150x150.jpg)
A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction Presenter(s): [Kim] [Ban] [Park]
Entry No.: [56]
[SIGGRAPH 2018]
![BOLCOF: Base Optimization for middle Layer Completion of 3D-printed Objects without Failure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-57-Yamamoto_BOLCOF-01-150x150.jpg)
BOLCOF: Base Optimization for middle Layer Completion of 3D-printed Objects without Failure Presenter(s): [Yamamoto] [Iwasaki] [Minagawa] [Kawamura] [Ryskeldiev] [Ochiai]
Entry No.: [57]
[SIGGRAPH 2018]
![Deep Motion Transfer without Big Data](https://history.siggraph.org/wp-content/uploads/2022/01/2018-58-Kwon_Deep-Motion-Transfer-01-150x150.jpg)
Deep Motion Transfer without Big Data Presenter(s): [Kwon] [Yu] [Jang] [Cho] [Lee] [Hahn]
Entry No.: [58]
[SIGGRAPH 2018]
![Depth Assisted Full Resolution Network for Single Image-based View Synthesis](https://history.siggraph.org/wp-content/uploads/2022/01/2018-59-Cun_Depth-Assisted-Full-Resolution-01-150x150.jpg)
Depth Assisted Full Resolution Network for Single Image-based View Synthesis Presenter(s): [Cun] [Xu] [Pun] [Gao]
Entry No.: [59]
[SIGGRAPH 2018]
![Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set](https://history.siggraph.org/wp-content/uploads/2022/01/2018-60-Salokhiddinov_Depth-from-Focus-for-3D-01-150x150.jpg)
Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set Presenter(s): [Salokhiddinov] [Lee]
Entry No.: [60]
[SIGGRAPH 2018]
![Efficient Multispectral Facial Capture with Monochrome Cameras](https://history.siggraph.org/wp-content/uploads/2022/01/2018-61-LeGendre_Efficient-Multispectral-Facial-Capture-01-150x150.jpg)
Efficient Multispectral Facial Capture with Monochrome Cameras Presenter(s): [LeGendre] [Bladin] [Kishore] [Ren] [Yu] [Debevec]
Entry No.: [61]
[SIGGRAPH 2018]
![Evaluation of Stretched Thread Lengths in Spinnability Simulations](https://history.siggraph.org/wp-content/uploads/2022/01/2018-62-Mukai_Evaluation-of-Stretched-Thread-01-150x150.jpg)
Evaluation of Stretched Thread Lengths in Spinnability Simulations Presenter(s): [Mukai] [Nishikawa] [Chang]
Entry No.: [62]
[SIGGRAPH 2018]
![Food Texture Manipulation by Face Deformation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-63-Suzuki_Food-Texture-Manipulation-01-150x150.jpg)
Food Texture Manipulation by Face Deformation Presenter(s): [Suzuki] [Shigeyama] [Yoshida] [Narumi] [Tanikawa] [Hirose]
Entry No.: [63]
[SIGGRAPH 2018]
![From Visible to Printable: Thin Surface with Implicit Interior Structures](https://history.siggraph.org/wp-content/uploads/2022/01/2018-64-Qi_From-Visible-to-Printable-01-150x150.jpg)
From Visible to Printable: Thin Surface with Implicit Interior Structures Presenter(s): [QI] [LI]
Entry No.: [64]
[SIGGRAPH 2018]
![Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms](https://history.siggraph.org/wp-content/uploads/2022/01/2018-65-Stinghen-Filho_Gesture-Recognition-Using-Leap-Motion-01-150x150.jpg)
Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms Presenter(s): [Filho] [Chen] [Junior] [Barboza]
Entry No.: [65]
[SIGGRAPH 2018]
![Improving Regularity of the Centoridal Voronoi Tessellation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-66-Men_Improving-Regularity-01-150x150.jpg)
Improving Regularity of the Centoridal Voronoi Tessellation Presenter(s): [Men] [Shen] [Khan] [Yan]
Entry No.: [66]
[SIGGRAPH 2018]
![Interactive Dance Performance Evaluation using Timing and Accuracy Similarity](https://history.siggraph.org/wp-content/uploads/2022/01/2018-67-Kim_Interactive-Dance-Performance-01-150x150.jpg)
Interactive Dance Performance Evaluation using Timing and Accuracy Similarity Presenter(s): [Kim] [Kim]
Entry No.: [67]
[SIGGRAPH 2018]
![Large-scale Fabrication with Interior Zometool Structure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-68-Chen_Large-scale-Fabrication-01-150x150.jpg)
Large-scale Fabrication with Interior Zometool Structure Presenter(s): [Chen] [Shen] [Huang] [Chen]
Entry No.: [68]
[SIGGRAPH 2018]
![RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-69-Natsume_RSGAN-01-150x150.jpg)
RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces Presenter(s): [Natsume] [Yatagawa] [Morishima]
Entry No.: [69]
[SIGGRAPH 2018]
![Simulation of Emergent Rippling on Growing Thin-Shells](https://history.siggraph.org/wp-content/uploads/2022/01/2018-70-Huang_Simulation-of-Emergent-01-150x150.jpg)
Simulation of Emergent Rippling on Growing Thin-Shells Presenter(s): [Huang] [Stavness]
Entry No.: [70]
[SIGGRAPH 2018]
![Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-72-Saouli_Towards-a-Stochastic-Depth-01-150x150.jpg)
Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces Presenter(s): [Saouli] [Babahenini]
Entry No.: [72]
[SIGGRAPH 2018]
![Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction](https://history.siggraph.org/wp-content/uploads/2022/01/2018-73-Branchaud_Visual-Microscope-for-Massive-01-150x150.jpg)
Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction Presenter(s): [Branchaud] [Muskovic] [Kavallaris] [Filonik] [Bednarz]
Entry No.: [73]
[SIGGRAPH 2018]
![Withering Fruits: Vegetable Matter Decay and Fungus Growth](https://history.siggraph.org/wp-content/uploads/2022/01/2018-74-Cirdei_Withering-Fruits-01-150x150.jpg)
Withering Fruits: Vegetable Matter Decay and Fungus Growth Presenter(s): [Cirdei] [Anderson]
Entry No.: [74]
[SIGGRAPH 2018]
![3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear](https://history.siggraph.org/wp-content/uploads/2022/01/2018-45-Asano_3D-Facial-Geometry-Analysis-01-150x150.jpg)
3D Facial Geometry Analysis and Estimation Using Embedded Optical Sensors on Smart Eyewear Presenter(s): [Asano] [Sugiura] [Masai] [Sugimoto]
Entry No.: [45]
[SIGGRAPH 2018]
![Improving the Realism of Mixed Reality through Physical Simulation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-22-Badias_Improving-the-Realism-of-Mixed-Reality-01-150x150.jpg)
Improving the Realism of Mixed Reality through Physical Simulation Presenter(s): [Badias] [Alfaro] [González] [Chinesta] [Cueto]
Entry No.: [22]
[SIGGRAPH 2018]
![Computation of Skinning Weight using Spline Interface](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-03-Bang_Computation-of-Skinning-Weight-01-150x150.jpg)
Computation of Skinning Weight using Spline Interface Presenter(s): [Bang] [Lee]
Entry No.: [03]
[SIGGRAPH 2018]
![3D Content Creation Exploiting 2D Character Animation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-50-Barbieri_3D-content-creation-01-150x150.jpg)
3D Content Creation Exploiting 2D Character Animation Presenter(s): [Barbieri] [Jiang] [Cawthorne] [Xiao] [Yang]
Entry No.: [50]
[SIGGRAPH 2018]
![Collaborative Animation Production from Students' Perspective](https://history.siggraph.org/wp-content/uploads/2022/01/2018-52-Barbieri_Collaborative-Animation-Production-01-150x150.jpg)
Collaborative Animation Production from Students' Perspective Presenter(s): [Barbieri] [Hutchens] [Harrison]
Entry No.: [52]
[SIGGRAPH 2018]
![General Primitives for Smooth Coloring of Vector Graphics](https://history.siggraph.org/wp-content/uploads/2022/01/2018-35-Batra_General-Primitives-for-Smooth-Coloring-01-150x150.jpg)
General Primitives for Smooth Coloring of Vector Graphics Presenter(s): [Batra] [Phogat] [Kavidayal]
Entry No.: [35]
[SIGGRAPH 2018]
![MegaParallax: 360° Panoramas with Motion Parallax](https://history.siggraph.org/wp-content/uploads/2022/01/2018-38-Bertel_MegaParallax-01-150x150.jpg)
MegaParallax: 360° Panoramas with Motion Parallax Presenter(s): [Bertel] [Richardt]
Entry No.: [38]
[SIGGRAPH 2018]
![Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction](https://history.siggraph.org/wp-content/uploads/2022/01/2018-73-Branchaud_Visual-Microscope-for-Massive-01-150x150.jpg)
Visual Microscope for Massive Genomics Datasets, Expanded Perception and Interaction Presenter(s): [Branchaud] [Muskovic] [Kavallaris] [Filonik] [Bednarz]
Entry No.: [73]
[SIGGRAPH 2018]
![Development of an Open Source Motion Capture System](https://history.siggraph.org/wp-content/uploads/2022/07/2018-SIGGRAPH-Image-Not-Available-150x150.jpg)
Development of an Open Source Motion Capture System Presenter(s): [Canada] [Ventura] [Iossa] [Moreno] [Joel]
Entry No.: [46]
[SIGGRAPH 2018]
![Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes)](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-13-Caruso_Painting-With-DEGAS-01-150x150.jpg)
Painting With DEGAS (digitally extrapolated graphics via algorithmic strokes) Presenter(s): [Caruso]
Entry No.: [13]
[SIGGRAPH 2018]
![Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example](https://history.siggraph.org/wp-content/uploads/2021/11/2018-23-Chen_Interactive-Teaching-Aids-Design-01-150x150.jpg)
Interactive Teaching Aids Design for Essentials of Anatomy and Physiology–Using Bones and Muscles as Example Presenter(s): [Chen] [Chen] [Chang] [Yu] [Chou] [You]
Entry No.: [23]
[SIGGRAPH 2018]
![Large-scale Fabrication with Interior Zometool Structure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-68-Chen_Large-scale-Fabrication-01-150x150.jpg)
Large-scale Fabrication with Interior Zometool Structure Presenter(s): [Chen] [Shen] [Huang] [Chen]
Entry No.: [68]
[SIGGRAPH 2018]
![Retinal Resolution Display Technology Brings Impact to VR Industry](https://history.siggraph.org/wp-content/uploads/2022/01/2018-43-Chiang_Retinal-Resolution-Display-01-150x150.jpg)
Retinal Resolution Display Technology Brings Impact to VR Industry Presenter(s): [Chiang] [Wei] [Cheng] [Huang] [Chen] [Chu]
Entry No.: [43]
[SIGGRAPH 2018]
![Withering Fruits: Vegetable Matter Decay and Fungus Growth](https://history.siggraph.org/wp-content/uploads/2022/01/2018-74-Cirdei_Withering-Fruits-01-150x150.jpg)
Withering Fruits: Vegetable Matter Decay and Fungus Growth Presenter(s): [Cirdei] [Anderson]
Entry No.: [74]
[SIGGRAPH 2018]
![Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-08-Cottrell_Ephemeral-Sandscapes-01-150x150.jpg)
Ephemeral Sandscapes: Using Robotics to Generate Temporal Landscapes Presenter(s): [Cottrell]
Entry No.: [08]
[SIGGRAPH 2018]
![Depth Assisted Full Resolution Network for Single Image-based View Synthesis](https://history.siggraph.org/wp-content/uploads/2022/01/2018-59-Cun_Depth-Assisted-Full-Resolution-01-150x150.jpg)
Depth Assisted Full Resolution Network for Single Image-based View Synthesis Presenter(s): [Cun] [Xu] [Pun] [Gao]
Entry No.: [59]
[SIGGRAPH 2018]
![Exploiting the limitations of spatio-temporal vision for more efficient VR rendering](https://history.siggraph.org/wp-content/uploads/2022/01/2018-21-Denes_Exploiting-the-limitations-01-150x150.jpg)
Exploiting the limitations of spatio-temporal vision for more efficient VR rendering Presenter(s): [Denes] [Maruszczyk] [Mantiuk]
Entry No.: [21]
[SIGGRAPH 2018]
![Automatic Display Zoom for People Suffering from Presbyopia](https://history.siggraph.org/wp-content/uploads/2022/01/2018-51-Fang_Automatic-Display-Zoom-for-People-01-150x150.jpg)
Automatic Display Zoom for People Suffering from Presbyopia Presenter(s): [Fang] [Funahashi]
Entry No.: [51]
[SIGGRAPH 2018]
![Realistic Post-processing of Rendered 3D Scenes](https://history.siggraph.org/wp-content/uploads/2022/01/2018-42-Feygina_Realistic-Post-processing-01-150x150.jpg)
Realistic Post-processing of Rendered 3D Scenes Presenter(s): [Feygina] [Ignatov] [Makarov]
Entry No.: [42]
[SIGGRAPH 2018]
![Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms](https://history.siggraph.org/wp-content/uploads/2022/01/2018-65-Stinghen-Filho_Gesture-Recognition-Using-Leap-Motion-01-150x150.jpg)
Gesture Recognition Using Leap Motion: A Comparison Between Machine Learning Algorithms Presenter(s): [Filho] [Chen] [Junior] [Barboza]
Entry No.: [65]
[SIGGRAPH 2018]
![Volume: 3D Reconstruction of History for Immersive Platforms](https://history.siggraph.org/wp-content/uploads/2022/01/2018-54-Fleisher_Volume-01-150x150.jpg)
Volume: 3D Reconstruction of History for Immersive Platforms Presenter(s): [Fleisher] [Anlen]
Entry No.: [54]
[SIGGRAPH 2018]
![CRISPR/Cas9-NHEJ: Action in the Nucleus](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-05-Froschl_CRISPRCas9-NHEJ-01-150x150.jpg)
CRISPR/Cas9-NHEJ: Action in the Nucleus Presenter(s): [Fröschl] [Vendl]
Entry No.: [05]
[SIGGRAPH 2018]
![Aerial 3D Display using a Symmetrical Mirror Structure](https://history.siggraph.org/wp-content/uploads/2022/01/2018-31-Hashiomoto_Aerial-3D-Display-01-150x150.jpg)
Aerial 3D Display using a Symmetrical Mirror Structure Presenter(s): [Fujiwara] [Hamamoto]
Entry No.: [31]
[SIGGRAPH 2018]
![3D-Mesh Cutting Based On Fracture Photographs](https://history.siggraph.org/wp-content/uploads/2022/01/2018-55-Gaubert_3D-Mesh-Cutting-Based-On-Fracture-Photographs-01-150x150.jpg)
3D-Mesh Cutting Based On Fracture Photographs Presenter(s): [Gaubert] [Londe] [Poittevin] [Lioret]
Entry No.: [55]
[SIGGRAPH 2018]
![Practical Measurement-Based Spectral Rendering of Human Skin](https://history.siggraph.org/wp-content/uploads/2022/01/2018-40-Gitlina_Practical-Measurement-Based-01-150x150.jpg)
Practical Measurement-Based Spectral Rendering of Human Skin Presenter(s): [Gitlina] [Dhillon] [Hansen] [Pai] [Ghosh]
Entry No.: [40]
[SIGGRAPH 2018]
![Lighting Condition Adaptive Tone Mapping Method](https://history.siggraph.org/wp-content/uploads/2022/01/2018-37-Han_Lighting-Condition-Adaptive-Tone-Mapping-Method-01-150x150.jpg)
Lighting Condition Adaptive Tone Mapping Method Presenter(s): [Han] [Khan] [Rahardja]
Entry No.: [37]
[SIGGRAPH 2018]
![tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display](https://history.siggraph.org/wp-content/uploads/2022/01/2018-26-Han_tARget-01-150x150.jpg)
tARget: Limbs Movement Guidance for Learning Physical Activities with a Video See-Through Head-Mounted Display Presenter(s): [Han] [Lin] [Hsieh] [Hsu] [Hung]
Entry No.: [26]
[SIGGRAPH 2018]
![Perceptual-Based CNN Model for Watercolor Mixing Prediction](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-14-Huang_Perceptual-Based-CNN-Model-for-Watercolor-Mixing-Prediction-01-150x150.jpg)
Perceptual-Based CNN Model for Watercolor Mixing Prediction Presenter(s): [Huang] [Chen] [Ouhyoung]
Entry No.: [14]
[SIGGRAPH 2018]
![Simulation of Emergent Rippling on Growing Thin-Shells](https://history.siggraph.org/wp-content/uploads/2022/01/2018-70-Huang_Simulation-of-Emergent-01-150x150.jpg)
Simulation of Emergent Rippling on Growing Thin-Shells Presenter(s): [Huang] [Stavness]
Entry No.: [70]
[SIGGRAPH 2018]
![A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings](https://history.siggraph.org/wp-content/uploads/2022/01/2018-30-Justice_A-Process-to-Create-Dynamic-01-150x150.jpg)
A Process to Create Dynamic Landscape Paintings Using Barycentric Shading with Control Paintings Presenter(s): [Justice] [Akleman]
Entry No.: [30]
[SIGGRAPH 2018]
![Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition](https://history.siggraph.org/wp-content/uploads/2022/01/2018-47-Kang_Learning-Optimal-Lighting-Patterns-01-150x150.jpg)
Learning Optimal Lighting Patterns for Efficient SVBRDF Acquisition Presenter(s): [Kang] [Chen] [Wang] [Zhou] [Wu]
Entry No.: [47]
[SIGGRAPH 2018]
![Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-15-Kao_Progressive-CRF-net-01-150x150.jpg)
Progressive-CRF-net: Single Image Radiometric Calibration Using Stacked CNNs Presenter(s): [Kao] [Chen] [Ouhyoung]
Entry No.: [15]
[SIGGRAPH 2018]
![Curved Support Structures and Meshes with Spherical Vertex Stars](https://history.siggraph.org/wp-content/uploads/2022/01/2018-53-Kilian_Curved-Support-Structures-01-150x150.jpg)
Curved Support Structures and Meshes with Spherical Vertex Stars Presenter(s): [Kilian] [Wang] [Schling] [Schikore] [Pottmann]
Entry No.: [53]
[SIGGRAPH 2018]
![A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction](https://history.siggraph.org/wp-content/uploads/2022/01/2018-56-Kim_A-Seamless-Texture-Color-Adjustment-01-150x150.jpg)
A Seamless Texture Color Adjustment Method for Large-Scale Terrain Reconstruction Presenter(s): [Kim] [Ban] [Park]
Entry No.: [56]
[SIGGRAPH 2018]
![Interactive Dance Performance Evaluation using Timing and Accuracy Similarity](https://history.siggraph.org/wp-content/uploads/2022/01/2018-67-Kim_Interactive-Dance-Performance-01-150x150.jpg)
Interactive Dance Performance Evaluation using Timing and Accuracy Similarity Presenter(s): [Kim] [Kim]
Entry No.: [67]
[SIGGRAPH 2018]
![The Virtual Schoolyard](https://history.siggraph.org/wp-content/uploads/2022/01/2018-27-Krosl_The-Virtual-Schoolyard-01-150x150.jpg)
The Virtual Schoolyard Presenter(s): [Krösl] [Schuster] [Felnhofer] [Rinnerthaler] [Kothgassner] [Kafka] [Wimmer]
Entry No.: [27]
[SIGGRAPH 2018]
![Deep Motion Transfer without Big Data](https://history.siggraph.org/wp-content/uploads/2022/01/2018-58-Kwon_Deep-Motion-Transfer-01-150x150.jpg)
Deep Motion Transfer without Big Data Presenter(s): [Kwon] [Yu] [Jang] [Cho] [Lee] [Hahn]
Entry No.: [58]
[SIGGRAPH 2018]
![I Am Afraid: Voice as Sonic Sculpture](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-10-Lantin_I-Am-Afraid-01-150x150.jpg)
I Am Afraid: Voice as Sonic Sculpture Presenter(s): [Lantin] [Overstall] [Zhao]
Entry No.: [10]
[SIGGRAPH 2018]
![Efficient Multispectral Facial Capture with Monochrome Cameras](https://history.siggraph.org/wp-content/uploads/2022/01/2018-61-LeGendre_Efficient-Multispectral-Facial-Capture-01-150x150.jpg)
Efficient Multispectral Facial Capture with Monochrome Cameras Presenter(s): [LeGendre] [Bladin] [Kishore] [Ren] [Yu] [Debevec]
Entry No.: [61]
[SIGGRAPH 2018]
![On-site Example-based Material Appearance Digitization](https://history.siggraph.org/wp-content/uploads/2022/01/2018-25-Lin_On-site-Example-based-01-150x150.jpg)
On-site Example-based Material Appearance Digitization Presenter(s): [Lin] [Peers] [Ghosh]
Entry No.: [25]
[SIGGRAPH 2018]
![Fractal Anatomy: Imaging Internal and Ambient Structures](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-09-Mcgraw_Fractal-Anatomy-01-150x150.jpg)
Fractal Anatomy: Imaging Internal and Ambient Structures Presenter(s): [McGraw]
Entry No.: [09]
[SIGGRAPH 2018]
![Improving Regularity of the Centoridal Voronoi Tessellation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-66-Men_Improving-Regularity-01-150x150.jpg)
Improving Regularity of the Centoridal Voronoi Tessellation Presenter(s): [Men] [Shen] [Khan] [Yan]
Entry No.: [66]
[SIGGRAPH 2018]
![Automatic Generation of Artworks Using Virtual Photoelastic Material](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Poster-01-Miyazaki_Automatic-Generation-of-Artworks-01-150x150.jpg)
Automatic Generation of Artworks Using Virtual Photoelastic Material Presenter(s): [Miyazaki] [Fujishiro]
Entry No.: [01]
[SIGGRAPH 2018]
![Interactive Projection Mappings in a Japanese Traditional House](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-11-Mizuno_Interactive-Projection-Mappings-in-a-Japanese-Traditional-House-01-150x150.jpg)
Interactive Projection Mappings in a Japanese Traditional House Presenter(s): [Mizuno] [Shinchi] [Oba] [Funahashi] [Kotani] [Oguri] [Oguri] [Yasuda]
Entry No.: [11]
[SIGGRAPH 2018]
![Evaluation of Stretched Thread Lengths in Spinnability Simulations](https://history.siggraph.org/wp-content/uploads/2022/01/2018-62-Mukai_Evaluation-of-Stretched-Thread-01-150x150.jpg)
Evaluation of Stretched Thread Lengths in Spinnability Simulations Presenter(s): [Mukai] [Nishikawa] [Chang]
Entry No.: [62]
[SIGGRAPH 2018]
![Which BSSRDF model is better for Heterogeneous Materials?](https://history.siggraph.org/wp-content/uploads/2022/01/2018-44-Nakamoto_Which-BSSRDF-model-is-better-01-150x150.jpg)
Which BSSRDF model is better for Heterogeneous Materials? Presenter(s): [Nakamoto] [Koike]
Entry No.: [44]
[SIGGRAPH 2018]
![Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG](https://history.siggraph.org/wp-content/uploads/2022/01/2018-24-Nakao_Make-a-Face-01-150x150.jpg)
Make-a-Face: A Hands-free, Non-Intrusive Device for Tongue/Mouth/Cheek Input Using EMG Presenter(s): [Nakao] [Pai] [Isogai] [Kimata] [Kunze]
Entry No.: [24]
[SIGGRAPH 2018]
![RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-69-Natsume_RSGAN-01-150x150.jpg)
RSGAN: Face Swapping and Editing using Face and Hair Representation in Latent Spaces Presenter(s): [Natsume] [Yatagawa] [Morishima]
Entry No.: [69]
[SIGGRAPH 2018]
![Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-18-Nikolic_Syntropic-Counterpoints-01-150x150.jpg)
Syntropic Counterpoints : Art of AI Sense or Machine Made Context Art Presenter(s): [Nikolić] [Yang] [Chen] [Stankevich]
Entry No.: [18]
[SIGGRAPH 2018]
![Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials](https://history.siggraph.org/wp-content/uploads/2022/01/2018-48-Ochiai_Make-your-own-Retinal-Projector-01-150x150.jpg)
Make your own Retinal Projector: Retinal Near-Eye Displays via Metamaterials Presenter(s): [Ochiai] [Otao] [Itoh] [Imai] [Takazawa] [Osone] [Mori] [Suzuki]
Entry No.: [48]
[SIGGRAPH 2018]
![Design Method of Digitally Fabricated Spring Glass Pen](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-06-Ogawa_Design-Method-of-Digitally-Fabricated-Spring-Glass-Pen-01-150x150.jpg)
Design Method of Digitally Fabricated Spring Glass Pen Presenter(s): [Ogawa] [Tanaka] [Minagawa] [Ochiai]
Entry No.: [06]
[SIGGRAPH 2018]
![Beckett in VR: Exploring Narrative Using Free Viewpoint Video](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Poster-02-Odwyer_Beckett-in-VR-01-150x150.jpg)
Beckett in VR: Exploring Narrative Using Free Viewpoint Video Presenter(s): [O’Dwyer] [Amplianitis] [Johnson] [Bates] [Pagés] [Monaghan] [Ondřej] [Smolić]
Entry No.: [02]
[SIGGRAPH 2018]
![Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-16-Prophet_Small-Trees-Big-data-01-150x150.jpg)
Small Trees, Big data: Augmented Reality Model of Air Quality Data via the Chinese Art of “Artificial” Tray Planting Presenter(s): [Prophet] [Kow] [Hurry]
Entry No.: [16]
[SIGGRAPH 2018]
![From Visible to Printable: Thin Surface with Implicit Interior Structures](https://history.siggraph.org/wp-content/uploads/2022/01/2018-64-Qi_From-Visible-to-Printable-01-150x150.jpg)
From Visible to Printable: Thin Surface with Implicit Interior Structures Presenter(s): [QI] [LI]
Entry No.: [64]
[SIGGRAPH 2018]
![Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior](https://history.siggraph.org/wp-content/uploads/2022/01/2018-33-Ritz_Automated-Acquisition-01-150x150.jpg)
Automated Acquisition and Real-time Rendering of Spatially Varying Optical Material Behavior Presenter(s): [Ritz] [Santos] [Fellner]
Entry No.: [33]
[SIGGRAPH 2018]
![Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set](https://history.siggraph.org/wp-content/uploads/2022/01/2018-60-Salokhiddinov_Depth-from-Focus-for-3D-01-150x150.jpg)
Depth from Focus for 3D Reconstruction by Iteratively Building Uniformly Focused Image Set Presenter(s): [Salokhiddinov] [Lee]
Entry No.: [60]
[SIGGRAPH 2018]
![Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-72-Saouli_Towards-a-Stochastic-Depth-01-150x150.jpg)
Towards a Stochastic Depth maps Estimation for Textureless and Quite Specular Surfaces Presenter(s): [Saouli] [Babahenini]
Entry No.: [72]
[SIGGRAPH 2018]
![Progressive Real-Time Rendering of Unprocessed Point Clouds](https://history.siggraph.org/wp-content/uploads/2022/01/2018-41-Schuetz_Progressive-Real-Time-Rendering-01-150x150.jpg)
Progressive Real-Time Rendering of Unprocessed Point Clouds Presenter(s): [Schuetz] [Wimmer]
Entry No.: [41]
[SIGGRAPH 2018]
![Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller](https://history.siggraph.org/wp-content/uploads/2022/01/2018-29-Shigeyama_Transcalibur-01-150x150.jpg)
Transcalibur : Dynamic 2D Haptic Shape Illusion of Virtual Object by Weight Moving VR Controller Presenter(s): [Shigeyama] [Hashimoto] [Yoshida] [Aoki] [Narumi] [Tanikawa] [Hirose]
Entry No.: [29]
[SIGGRAPH 2018]
![The Stereoscopic Art Installation Eccentric Spaces](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-19-Simo_The-Stereoscopic-Art-Installation-Eccentric-Spaces-01-150x150.jpg)
The Stereoscopic Art Installation Eccentric Spaces Presenter(s): [Simó]
Entry No.: [19]
[SIGGRAPH 2018]
![Creative Use of Signal Processing and MARF in ISSv2 and Beyond](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-04-Song_Creative-Use-of-Signal-Processing-and-MARF-in-ISSv2-01-150x150.jpg)
Creative Use of Signal Processing and MARF in ISSv2 and Beyond Presenter(s): [Song] [Mokhov] [Song] [Mudur]
Entry No.: [04]
[SIGGRAPH 2018]
![El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-07-Spangler_El-Faro-01-150x150.jpg)
El Faro: Developing a Digital Illustration of Hull Wreckage 15,400 Feet Below the Surface of the Atlantic Ocean Presenter(s): [Spangler] [Stolzenberg]
Entry No.: [07]
[SIGGRAPH 2018]
![Food Texture Manipulation by Face Deformation](https://history.siggraph.org/wp-content/uploads/2022/01/2018-63-Suzuki_Food-Texture-Manipulation-01-150x150.jpg)
Food Texture Manipulation by Face Deformation Presenter(s): [Suzuki] [Shigeyama] [Yoshida] [Narumi] [Tanikawa] [Hirose]
Entry No.: [63]
[SIGGRAPH 2018]
![Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-20-Swearingen_Wall-Mounted-Level-01-150x150.jpg)
Wall Mounted Level: A Cooperative Mixed Reality Game About Reconciliation Presenter(s): [Swearingen] [Swearingen]
Entry No.: [20]
[SIGGRAPH 2018]
![Stitch: An Interactive Design System for Hand-Sewn Embroidery](https://history.siggraph.org/wp-content/uploads/2022/02/2018-Posters-17-Takahashi_Stitch-01-150x150.jpg)
Stitch: An Interactive Design System for Hand-Sewn Embroidery Presenter(s): [Takahashi] [Fukusato]
Entry No.: [17]
[SIGGRAPH 2018]
![Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences](https://history.siggraph.org/wp-content/uploads/2022/01/2018-32-Terashima_Aerial-3D2D-Composite-Display-01-150x150.jpg)
Aerial 3D/2D Composite Display: Depth-Fused 3D for the Central User and 2D for Surrounding Audiences Presenter(s): [Terashima] [Fujii] [Yamamoto] [Yasugi] [Suyama] [Takeda]
Entry No.: [32]
[SIGGRAPH 2018]
![Practical acquisition and rendering of common spatially varying holographic surfaces](https://history.siggraph.org/wp-content/uploads/2022/01/2018-39-Toisoul_Practical-acquisition-and-rendering-01-150x150.jpg)
Practical acquisition and rendering of common spatially varying holographic surfaces Presenter(s): [Toisoul] [Dhillon] [Ghosh]
Entry No.: [39]
[SIGGRAPH 2018]
![Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers](https://history.siggraph.org/wp-content/uploads/2022/01/2018-34-Tokuyoshi_Conservative-Z-Prepass-01-150x150.jpg)
Conservative Z-Prepass for Frustum-Traced Irregular Z-Buffers Presenter(s): [Tokuyoshi] [Mizokuchi]
Entry No.: [34]
[SIGGRAPH 2018]
![Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players](https://history.siggraph.org/wp-content/uploads/2022/01/2018-28-Tsai_Training-Assistant-01-150x150.jpg)
Training Assistant : Strengthen Your Tactical Nous with Proficient Virtual Basketball Players Presenter(s): [Tsai] [Hu]
Entry No.: [28]
[SIGGRAPH 2018]
![Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions](https://history.siggraph.org/wp-content/uploads/2022/01/2018-36-Wang_Improving-Incompressible-SPH-01-150x150.jpg)
Improving Incompressible SPH Simulation Efficiency by Integrating Density-Invariant and Divergence-Free Conditions Presenter(s): [Wang] [Lin] [Zhao] [Wang] [Luo] [Li]
Entry No.: [36]
[SIGGRAPH 2018]