Orlando / Shanghai / San francisco / Houston / Washington D.C. / New York / Rotterdam / Chicago / /
Company
Forel Publishing Company LLC / W. H. Freeman Co. / Ford / E. A. S. / Intelligent Transportation Systems / /
Continent
North America / /
Country
United States / /
Currency
pence / USD / / /
Facility
Compute Science University of Illinois at Chicago Chicago / /
IndustryTerm
transportation / above transportation problems / maximum tolerable travel time delay / road network / approximation algorithm / travel distance / travel time delay constraint / travel distances / Wireless Communications / transportation system technologies / travel time delay threshold constraint / Parallel tabu search heuristics / travel time delay / plan calculation algorithm / quadratic algorithm / average travel time / transportation problems / passenger transportation / speed travel time delay threshold vehicle capacity / travel time delay representation / travel time delay threshold / car pooling problem / near-optimal travel distance savings / travel time / bounded travel time delay / vehicle travel distance / travel time delay threshold vehicle capacity temporal gap / /
Organization
Illinois Department of Transportation / U.S.A. Ouri Wolfson Department / National Science Foundation / Transportation Society of America / of Transportation National University Rail Center / University of Illinois at Chicago / U.S. Securities and Exchange Commission / U.S. Department of Transportation National University Rail Center / Ridesharing* Shuo Ma Department / /
Person
R. BALDACCI / V / Erasmus Uni / /
Position
driver / General / /
Product
Galil / /
ProgrammingLanguage
FL / /
ProvinceOrState
Illinois / New York / /
PublishedMedium
Lecture Notes in Computer Science / /
Technology
quadratic algorithm / EG algorithm / plan calculation algorithm / Information Technology / API / smart phones / GPS / transportation system technologies / Scheduling algorithm / 3 Quadratic algorithm / slugging algorithm / approximation algorithm / Mobile Computing / same algorithm / /
Analysis and Evaluation of the Slugging Form of Ridesharing* Shuo Ma