University of British Columbia / Main Mall / Processing pipeline / / /
IndustryTerm
bright spot algorithms / host server / ubiquitous computing / remote position sensing infrastructure / camera chip / bright spot grouping algorithm / system processing pipeline / remote low-cost position sensing infrastructure / data-critical tracking algorithms / wireless networking technology / tracking algorithms / object tracking algorithms / position sensing infrastructure / context-aware applications / large fixed-sensor infrastructure / remote accessible infrastructure / communication hardware / configuration device / ubiquitous computing applications / communication protocols / particular protocol / transmission media / pixel / digital camera chip / /
OperatingSystem
Linux / BSD / /
Organization
FPGA Board / Sidney Fels Human Communication Technologies Lab Department of Electrical and Computer Engineering / XScale Board / University of British Columbia / /
Person
F. Vogt / Sidney Fels / Zion Kwok / A. Hopper / V / Kara Poon / S. Sidney Fels / T. Matsuguchi / S. Ito / Yasuyuki Sumi / Kenji Mase / Steve Oldridge / Florian Vogt / / /
Position
controller / /
Product
Cyclone EP1C12 / /
ProvinceOrState
Washington / /
PublishedMedium
IEEE Transactions on Computers / /
Technology
FPGA / Microelectronics Communications Technology / Remote sensing / 3-D / 802.11 WaveLAN wireless networking technology / Linux / GPS / LPS technology / bright spot grouping algorithm / Cyclone-series EP1C12 chip / random access / TCP/IP / FPGA technology / Ethernet / BSG algorithm / laser / flash memory / CMOS digital camera chip / bright spot algorithms / tracking algorithms / object tracking algorithms / White Camera chip / particular protocol / The BSG algorithm / BSD algorithm / SDRAM / communication protocols / embedded processor / The BSD algorithm / wireless LAN / FPGA chips / camera chip / /