“Quick, Unconstrained, Approximate L-Shape Method” by Edum-Fotwe, Shepherd, Brown, Harper and Dinnis

  • ©K. Edum-Fotwe, P. Shepherd, M. Brown, D. Harper, and R. Dinnis

  • ©K. Edum-Fotwe, P. Shepherd, M. Brown, D. Harper, and R. Dinnis

  • ©K. Edum-Fotwe, P. Shepherd, M. Brown, D. Harper, and R. Dinnis

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Entry Number: 77

Title:

    Quick, Unconstrained, Approximate L-Shape Method

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Abstract:


    This simple paper describes an intuitive data-driven approach to reconstructing architectural building-footprints from structured or unstructured 2D pointsets. The function is fast, accurate and unconstrained. Further unlike the prevalent L-Shape detectors predicated on a shape’s skeletal descriptor [Szeliski 2010], the method is robust to sensing noise at the boundary of a 2D pointset.

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