Baltimore / New York / Paris / Philadelphia / Sidney / Rio de Janeiro / Colombes Cedex / /
Company
Cambridge University Press / Wireless Sensor Networks / McGraw-Hill / I. I NTRODUCTION Wireless Sensor Networks / Thales Communications / /
Country
France / United States / Brazil / Australia / United Kingdom / / /
Event
FDA Phase / /
Facility
University of Arizona / University of Parma / /
IndustryTerm
detection systems / average energy consumption / short preamble mac protocol / Wireless Ad-hoc / lowest energy consumption / given residual energy threshold / battery energy depletion / low-power communications / generated network / civilian applications / energy / power-efficient media / wireless sensors / unattended Wireless / energy saving strategies / energy consumption / sensor networks / genetic algorithm / energy consumption increases / energy depletion / random access protocol / energy model contributions / sensor devices / surveillance systems / pervasive computing applications / energy-efficient target detection applications / live monitoring applications / sensor systems / low-power radio communications / energy-efficient adaptable surveillance strategy / low latency communications / exhaustive energy models / energy model / wireless devices / average residual energy / sorting genetic algorithm / /
Organization
Cambridge University / University of Parma / French ANR / U.S. Securities and Exchange Commission / University of Arizona / /
Person
Q. Cao / J. Hui / T. F. Abdelzaher / B. Krogh / Loukas Lazos / Pmd / Netw / J. A. Stankovic / G. Zhou / P. Vicaire / Mario Lopez-Ramos / Vincent Gay / /
Position
rT / transmission range rT / ms Transmission range rT / simple energy model for the engineering toolbox / hunter / model introduced / Cao / /
Product
Section IV / /
ProgrammingLanguage
D / L / /
ProvinceOrState
New York / Arizona / /
Technology
random access protocol / wireless devices / NSGA-II algorithm / B-MAC protocol / low-power asynchronous MAC-layer protocol / scheduled MAC protocols / pdf / Dijkstra algorithm / specific MAC protocol / short preamble mac protocol / X-MAC protocol / Virtual Scanning Algorithm / MAC protocol / simulation / XMAC protocol / /
Engineering Energy-Efficient Target Detection Applications in Wireless Sensor Networks Paolo Medagliani∗† , J´er´emie Leguay† , Vincent Gay† , Mario Lopez-Ramos† and Gianluigi Ferrari∗ ∗ Wireless Ad-hoc