wireless channel / lossless communications / short wireless link life / packets using network / baseline communication protocol / sensor networks / ad hoc networks / possible solution / carrier-frequency / safety communications / congested wireless channel / real time / Internet Protocol / wireless sensor network / realistic wireless communications / satellite-based augmentation system / range information using simple protocols / direct wireless communication / mobile ad hoc network / wireless sensor / safety applications / ad hoc network / lossy wireless communication environments / road safety applications / /
OperatingSystem
GNU / /
Organization
University of New South Wales / Sydney / School of Electrical Engineering and Telecommunications / IN V / Federal Government / School of Surveying and Spatial Information Systems / School of Computer Science and Engineering / /
Person
Andrew G. Dempster / Nima Alam / Jun Yao / Asghar Tabatabaei Balaei / Mahbub Hassan / Y. Gao / /
Position
driver / Fisher information matrix / CFO / /
Product
Nakagami / Cramer / CP / /
ProgrammingLanguage
R / C / /
Region
South Wales / /
Technology
cluster-based CP algorithm / baseline communication protocol / proposed CP algorithm / potential CP algorithms / existing CP algorithm / Hypertext Transfer Protocol / existing CP algorithms / CP algorithms / GPS / strict cluster-based CP algorithms / CP algorithm / HTTP / MTU / simulation / Digital Object Identifier / TCP/IP / maximum transmission unit / pdf / distributed CP algorithm / Transmission Control Protocol/Internet Protocol / /
2810 IEEE TRANSACTIONS ON VEHICULAR TECHNOLOGY, VOL. 60, NO. 6, JULY 2011 Improving Cooperative Positioning for Vehicular Networks