Baltimore / Washington / DC / Infocom / Atlanta / Vancouver / Los Angeles / /
Company
MIT Press / Wireless Sensor Networks / M AE / I. I NTRODUCTION Wireless / /
Country
Sweden / United States / Canada / United Kingdom / /
Event
FDA Phase / /
Facility
Imperial College / Uppsala University / /
IndustryTerm
traffic reduction algorithm / reconstruction algorithms / realtime routing protocol / bandwidth allocation algorithm / travel delay / sensor-actuator networks / wireless communication range / allocation algorithm / with other existing routing algorithms / real time / adaptive transmission algorithm / congestion control algorithms / lower packet travel delay / average packet travel delay / multihop wireless communications / environmental monitoring applications / energy consumption / sensor networks / static transmission algorithm / greedy algorithm / wireless multi-hop network / information-aware traffic reduction algorithm / distributed and real-time algorithm / larger network / real-time algorithm / adaptive traffic reduction algorithm / energy efficient congestion control scheme / packet travel delay / quality aware sensor network services / real-time and distributed algorithm / lower travel delay / sensor network / /
NaturalFeature
Plaine Morte glacier / K. Fall / /
Organization
Department of Electrical and Electronic Engineering / Imperial College London / MIT / Department of Electrical / Uppsala University / IEEE Computer Society / /
Information-Aware Traffic Reduction for Wireless Sensor Networks 1 Edith C.-H. Ngai, 2 Erol Gelenbe and 1 Gregory Humber of Information Technology, Uppsala University, Sweden