Distributed Computing Systems / Localization Systems / Embedded Computing Systems / ACM Press / I. INTRODUCTION & MOTIVATION Wireless / /
Country
Italy / United States / / /
Facility
Engineering The Pennsylvania State University State College / Electrical Engineering The Pennsylvania State University State College / /
IndustryTerm
select services / excessive energy / residual energy / energy constraints / geographic routing algorithms / low energy / energy metrics / Density-adaptive algorithms / dynamic and self-configuring algorithm / ad-hoc networks / low-power wireless / unattended sensor networks / residual energy metric / wireless sensor networks / lower energy / energy reserve / dense networks / proposed beacon activation algorithm / residual beacon energy / wireless networks / energy / wireless sensor network technology / energy consumption model / dense sensor network / context aware applications / sensor networks / energy aware algorithm / wireless ad hoc sensor networks / proposed algorithms / constantfactor approximation algorithm / energy conserving beacon decisions / wireless sensor net-works / activation algorithm / energy parameter / energy aware resulting / dense sensor networks / dynamic and adaptive algorithm / multi-hop network / beacon network / sensor network / /
Organization
UCLA / The Pennsylvania State University State College / Sensor Localization Ankur Tarnacha Thomas F. La Porta Department / Department of Computer Science / UCLA Computer Science Department / /
Person
Tommy Tran / Anit Chakraborty / Nirupama Bulusu / Hari Balakrishnan / R. Govindan / J. Heidemann / D. Estrin / Satish Kumar / John Heidemann / Nissanka Priyantha / Deborah Estrin / Thomas F. La Porta / /
E-STROBE: An Adaptive Beacon Activation Algorithm for Sensor Localization Ankur Tarnacha Thomas F. La Porta