A Selection of Recent Student Projects
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Shai Melamed (96-97)
A piercing algorithm for "fat" objects
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Dan Bahar and Shay Druckmann (96-97)
A data structure for point enclosure queries among convex "fat" objects
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Boaz Ben-Moshe and Liat Hod (96-97)
A graphical tool for planning dirt work
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Shy Perlstain and Yaron Benita (97-98)
de Berg's binary space partition for "fat" objects
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Tomer Eden and Opher Rozenbaum (97-98)
Constructing virtual worlds
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Yoav Einy and Sigalit Yatzkan (97-98)
Probabilistic path planning
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Eyal Ben-Ner (97-98)
Quantitative analysis of dendrite architecture of identified neurons
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Asi Ben-Shach and Ari Hoze (98-99)
A heuristic for computing short paths on terrains
(co-supervisor: Helman Stern)
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Anna Burd and Eran Omri (98-99)
Chen and Klenk's algorithm for computing short L_1 paths in the presence of rectangular obstacles
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Ariel Ein-Mor and Shiri Latner (summer, 2000)
3D reconstruction of dendrites
(co-supervisor: Klara Kedem)
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Yuval Nir (summer, 2001)
Visibility preserving terrain simplification
(co-supervisor: Boaz Ben-Moshe)
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Amir Glatt (summer, 2001)
A comparison of terrain simplification algorithms
(co-supervisor: Boaz Ben-Moshe)