Titlebook: Distributed Computing in Sensor Systems; 6th IEEE Internation Rajmohan Rajaraman,Thomas Moscibroda,Anna Scaglion Conference proceedings 201

抗生素

Thermal-Aware Sensor Scheduling for Distributed Estimation,rithm which can achieve a desired real-time performance constraint while maintaining a thermal limit on temperature at all nodes in a network. Analytical results and experimentation are done for estimation with a Kalman filter for simplicity, but our main contributions should easily extend to any form of estimation with measurable error.

debase

On Multihop Broadcast over Adaptively Duty-Cycled Wireless Sensor Networks,le, it reduces redundant transmission via delivery deferring and online forwarder selection. We establish the upper bound of broadcast count and the broadcast latency for a given duty-cycling schedule. We evaluate Hybrid-cast through extensive simulations. The results validate the effectiveness and efficiency of our design.

整顿

Glucose

Rajmohan Rajaraman,Thomas Moscibroda,Anna Scaglion

记忆

mitten

Physical and Mechanical Hazardsinimal number of colors results in the first (. + 1) color classes being provably dense enough to form independent sets that are (1 − .) dominating. The resulting first (. + 1) independent sets, where . is the minimum degree of the graph, are shown to cover typically over 99% of the nodes (e.g. .< 0

TAIN

FANG

https://doi.org/10.1007/978-3-322-96753-4ciently recovered. To address these challenges, we propose ., a mobile-event tracking system based on off-the-shelf mobile phones. MetroTrack is capable of tracking mobile targets through collaboration among local sensing devices that track and predict the future location of a target using a distrib

手势

NADIR

,Building (1 − ,) Dominating Sets Partition as Backbones in Wireless Sensor Networks Using Distributinimal number of colors results in the first (. + 1) color classes being provably dense enough to form independent sets that are (1 − .) dominating. The resulting first (. + 1) independent sets, where . is the minimum degree of the graph, are shown to cover typically over 99% of the nodes (e.g. .< 0