| Document Date: 2008-10-12 15:57:38
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City Washington D.C. / Las Vegas / Washington / D.C. / Leuven / Lausanne / / Company Neural Systems / BAE Systems / IEEE Industrial Electronics / Biomimetic / Agilent / Honeywell / International Journal / / Country Switzerland / Belgium / United States / / Currency USD / / / Facility World Trade Center / College Park / Paul Y. Oh∗ Drexel University / University of Maryland / / IndustryTerm wireless video feed / specific applications / search-and-rescue missions / manufacturing conditions / wireless camera / focal plane chip / radio networking tasks / miniature wireless camera / guidance using wireless motes / control software / imaging / wireless transceivers / adhoc network / sensor networks / wireless image acquisition system / wireless motes / intrinsic networking ability / computer vision algorithm / Telephone wires / satellite signals / Wireless Mote Localization / wireless network localization / gram mini wireless camera / / OperatingSystem TinyOS / / Organization National Science Foundation / Drexel University / Philadelphia / University of Maryland / College Park / Sensors Intelligence / / Person Paul Y. Oh / Keith W. Sevcik / William E. Green / / Position author / controller / / Product VTOL / ADNS-2051 optical sensor / ADNS-2051 / / ProgrammingLanguage visual basic / RC / php / / ProvinceOrState Maryland / Nevada / California / / PublishedMedium The Biological Bulletin / / Technology computer vision algorithm / focal plane chip / GPS / operating system / Neuromorphic chips / GUI / displayed using a visual basic GUI / / URL http /
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Exploring Search-And-Rescue in Near-Earth Environments for Aerial Robots