6.885: Folding and Unfolding in Computational Geometry (Fall 2004)

Prof. Erik Demaine

Lecture 13 -- Page 4 -- 100 DPI

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Lecture 13: Perimeter halving, gluing trees, rolling belts, exponential number of gluings, dynamic-programming algorithm for edge-to-edge gluing

Page 4: Edge-to-edge gluing, easy in the generic case, polynomial-time dynamic program for decision problem

You can view the original Lubiw and O'Rourke paper that studied efficient algorithms to find edge-to-edge gluings.

These are rough, personal lecture notes handwritten by Erik Demaine used during lecture. Their primary purpose is for reading/review by students of the class. Accessibility

Printable PostScript (requires Level-2 PostScript)

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