Hybrid Sensor Networks / Disjoint / Computer-Communication Networks / Design Keywords Sensor Networks / Let co / Small World Networks / /
Country
United States / /
Currency
pence / USD / / /
Facility
square A / Computer Engineering University / /
IndustryTerm
uniform energy dissipation / hazardous chemicals / energy heterogeneity / average energy consumption / data aggregation protocols / wireless sensor nodes / power aware protocols / energy constraints / untethered wireless sensor nodes / energy drainage / reduced energy dissipation / steel cables / wireless sensor network / sensor technology / wireless communications / wireless sensor networks / energy supplies / wireless transmissions / per-packet energy / energy efficient sensor networks / energy savings / overall energy dissipation / energy / low-power wireless sensors / short term applications / wireless interface / wireless transceivers / energy efficient routing / per-node energy dissipation / large sensor network / energy resources / energy source / Potential applications / average energy dissipation / sensor networks / energy dissipation / ad hoc networks / wireless ad hoc networks / energy dissipation skew / lowpower hardware / wireless hop / energy efficiency / solar energy / sink node using wireless transmissions / node energy dissipation / cells unit length Wireless Transciever Sensor Node Sink Node Figure / sensor network / /
Organization
UCLA / University of Waterloo / Wireless Systems and Applications School of Electrical and Computer Engineering Purdue University Dept. of Electrical / Small World Gaurav Sharma Ravi Mazumdar Center for Wireless Systems / /
Hybrid Sensor Networks: A Small World Gaurav Sharma Ravi Mazumdar Center for Wireless Systems and Applications