Denver / Collingwood / Winnipeg / Leicester / Austin / New York / Paris / Pittsburgh / Reston / New York City / /
Company
Martin Kulldorff / Winchelsea Press / Oxford University Press / H.J. Heinz / /
Continent
America / /
Country
United States / Australia / /
Currency
USD / / /
Facility
Campus Planning / Heinz III College / The University of Texas / National Cancer Institute / /
IndustryTerm
search strategies / search window shape / physical network / transportation / construction site / statistic algorithm / shortest path algorithm / infrastructure management / software tools / search procedure / networked infrastructure systems / search strategy / water distribution pipe network / search window / water systems / pipe network / physical infrastructure network / water distribution network / factor accounting / even accounting / search steps / transportation routes / physical networks / search region / infrastructure systems / proposed search algorithm / larger search area / water distribution systems / search time / geographic information systems / /
Organization
National Cancer Institute / University of Texas at Austin / AWWA Research Foundation / National Science Foundation / Carnegie Mellon Univ. / USDA / U.S. Natural Resource Conservation Service / School of Public Policy and Management / Oxford University / Department of Health / School of Information Systems and Management / office of Campus Planning / /
Person
Janeja / V / James H. Garrett Jr. / Patil / Lucio Soibelman / Vanier / Grant Nos / Farzad Mostashari / Rajani / Neill / /
Position
Statistician / D. J. / Professor and Head / Project Manager / Framework model for asset maintenance management / Candidate and Graduate Research Assistant / Assistant Professor of Information Systems / corresponding author / Author / Professor / V. P. / G. P. / /
Product
SaTScan / /
ProvinceOrState
Western Australia / Texas / Virginia / Allegheny / New York / Victoria / Pennsylvania / /
Region
Western Pennsylvania / Western Australia / /
Technology
shortest path algorithm / data mart / GIS / proposed search algorithm / Environmental Engineering / Data Mining / simulation / Decision support system / /
Detection of Patterns in Water Distribution Pipe Breakage Using Spatial Scan Statistics for Point Events in a Physical Network Daniel P. de Oliveira1; Daniel B. Neill2; James H. Garrett Jr., F.ASCE3; and Lucio Soibelman,