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Intelligent Motion Detection Using Compressed Sensing

Collection type: Course

Course by: Heather Johnston, Siddharth Gupta, Grant Lee, Veena Padmanabhan

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Collection Properties

Summary: We explore intelligent motion detecting using compressed sensing. Starting from the proof-of-concept that motion can be detected, we have created an algorithm to deterministically compute the speed of a known object under idealized conditions. We provide an explanation of its validity based on Parseval’s Theorem and propose an upper velocity resolution limit for our computation. A framework is provided for extending our work with support vector machines to automatically classify observed motion.

Institution: Rice University

This collection contains: Modules by: Grant Lee, Heather Johnston, Siddharth Gupta, Veena Padmanabhan

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