Piscataway / Boston / New York / Midtown / New York City / /
Company
Thermo Scientific / Radiation Laboratory / World Scientific / John Wiley and Sons / Sun / ICX Technology / /
Country
United States / /
Currency
pence / / /
Facility
Rutgers University / Purdue University / Radiation Laboratory / /
IndustryTerm
energy levels / detection systems / Real time analysis / combinatorial network flow algorithm / sensor device / tax cab type network / nuclear detection device / civil applications / nuclear detection systems / sensor technology / Wireless sensor networks / wireless signals / street network / manufacturing process / energy / detection device / state devices / portable nuclear device / police car type / energy factor / police car model / sensor networks / static sensor networks / proposed mobile sensor network / sensor devices / statistical algorithms / surveillance network / massive surveillance network / em algorithm / massive network / mobile sensor network / statistical algorithm / energy stays / similar networks / /
Organization
National Science Foundation / New York City Police Department / Rutgers University / Department of Statistics / DHS / Purdue University / NSA / Federal Emergency Management Agency / Royal Statistical Society / Eleventh INFORMS Computing Society / /
Person
Jerry Cheng / Ai / Rong Chen / Minge Xie / Fred Roberts / / /
Position
police car model / the study region / /
Product
Latent Model Clustering software / Latent Model Clustering / /
ProgrammingLanguage
R / /
ProvinceOrState
New Jersey / Manhattan / /
PublishedMedium
Journal of the Royal Statistical Society / IEEE Communications Magazine / /
DESIGN AND DEPLOYMENT OF A MOBILE SENSOR NETWORK FOR THE SURVEILLANCE OF NUCLEAR MATERIALS IN METROPOLITAN AREAS ∗ Dept. Jerry Cheng∗, Minge Xie∗ , and Fred Roberts † of Statistics, Rutgers University † DIMACS,