College Station / Baltimore / New York / Pisa / Madison / New Orleans / Berlin / Cambridge / Providence / Lausanne / San Diego / /
Company
MIT Press / MIT Media Laboratory / McGraw-Hill / Canon / Panasonic / Intel Corporation / Networked Robotics Laboratory / Las Vegas NV / American Mathematical Society Press / Microsoft / IEEE International / /
Country
Switzerland / Germany / Italy / /
Currency
USD / / /
Event
Force Majeure / /
Facility
Texas A&M University / MIT Media Laboratory / University of California / Richardson Bay Audubon Center / Carnegie Mellon University / Networked Robotics Laboratory / University of Southern California / /
IndustryTerm
lattice-based approximation algorithm / computation time using exhaustive lattice search / online teleoperation / automated satellite frame selection / local search / search starts / real world applications / search directions / range search queries / online users / field applications / present new algorithms / approximate solution / web cameras / surveillance device / online robots / search space / approximate solutions / orthogonal range search queries / camera travel time / approximate algorithms / branchand-bound algorithm / approximation algorithm / Line search / point clustering algorithm / basic lattice-based approximation algorithm / lattice-based approximation algorithms / Internet-based MOSR system / slow exact solution / Internet browsers / approximate algorithm / basic lattice-based algorithm / online operators / /
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San Francisco Bay / /
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Paulos / Windows XP / Linux / Mandrake / Gnu / /
Organization
IEEE Robotics and Automation Society / Automation Science and Engineering Advisory Board / Richardson Bay Audubon Center / Stanford Univ. / Texas A&M University / Carnegie Mellon University / Pittsburgh / UC Berkeley’s Center for Information Technology Research / National Science Foundation / MIT / University of Southern California / Los Angeles / University of California / Berkeley / School of Information / Department of Electrical Engineering and Computer Science / Department of Computer Science / Stanford / /
Person
M. Overmars / V / K. Lynch / S. Har-Peled / V / L. S. Victor / Stanford Univ / D. Zhang / V / Kenneth Y. Goldberg / Dezhen Song / /
Position
Professor of industrial engineering / Tele-Actor / Young Investigator / Vice President of technical activities / Major / Founding Chair / Editor / Assistant Professor / /
Product
Pentax K-x Digital Camera / BnB / /
ProgrammingLanguage
Visual C++ / C++ / /
ProvinceOrState
Southern California / Louisiana / California / Wisconsin / Maryland / Pennsylvania / Massachusetts / /
Region
Southern California / /
Technology
RAM / 3-D / present two lattice-based approximation algorithms / Linux / Information Technology / approximate algorithm / branchand-bound algorithm / operating system / Approximate and distributed algorithms / existing algorithms / IV-B. The algorithms / Gaussian point clustering algorithm / basic lattice-based approximation algorithm / proposed algorithms / basic lattice-based algorithm / lattice-based approximation algorithm / approximation algorithm / video conferencing / 2007 1061 Approximate Algorithms / Digital Object Identifier / lattice-based algorithm / B. Field Tests Our algorithms / /
IEEE TRANSACTIONS ON ROBOTICS, VOL. 23, NO. 5, OCTOBERApproximate Algorithms for a Collaboratively Controlled Robotic Camera