Belmont / Norwood / London / New York / Arlington / /
Company
As / John Wiley and Sons / I. I NTRODUCTION Networks / MIT Lincoln Laboratory / EURASIP Journal / Artificial Intelligence Laboratory / /
Country
United Kingdom / / /
Facility
Laboratory Jason L. Williams / ∗ John W. Fisher III† / Artificial Intelligence Laboratory Massachusetts Institute of Technology / /
IndustryTerm
sensor management algorithm / energy costs / gradient search / tractable solution / distributed sensor network / n-scan pruning algorithm / sensor networks energy / multitarget tracking algorithms / computable approximate solution / energy consumption / sensor networks / sensor management / communication energy subject / energy cost / shortest path algorithm / in-network processing / large networks / wireless sensor network / distributed sensor networks / ad hoc heterogeneous sensor networks / communication energy / sensor network / energy / /
Organization
DP CC / e.g. / Massachusetts Institute of Technology / /
Person
Alan S. Willsky / Jason L. Williams / Min Expect Dist / John W. Fisher III / /
Position
Open Loop Feedback Controller / linear measurement model / z Sk k |z / fisher / manager in a sensor network tracking problem / controller / sensor manager / /
PublishedMedium
Communications of the ACM / /
Technology
n-Scan pruning The algorithm / resulting algorithm / multitarget tracking algorithms / sensor management algorithm / shortest path algorithm / n-scan pruning algorithm / Simulation / PDF / SIS algorithm / be calculated using any shortest path algorithm / /
An Approximate Dynamic Programming Approach to a Communication Constrained Sensor Management Problem ∗ Laboratory Jason L. Williams,∗ John W. Fisher III† and Alan S. Willsky∗