NEC Laboratories, China, Beijing, China
natural language traffic information;map ontology;traffic information;mobile user;major information processing module;traffic information processing accuracy;proposed map ontology;evaluation results Traffic congestion;high accuracy;major urban problem
NEC Laboratories, China, Beijing, China
natural language traffic information;map ontology;traffic information;mobile user;major information processing module;traffic information processing accuracy;proposed map ontology;evaluation results Traffic congestion;high accuracy;major urban problem
NEC Laboratories, China, Beijing, China
natural language traffic information;map ontology;traffic information;mobile user;major information processing module;traffic information processing accuracy;proposed map ontology;evaluation results Traffic congestion;high accuracy;major urban problem
NEC Labs, China, Beijing, China
IOT data;large volume;high insert throughput;traditional DBMSs;large volume data;massive IOT data;efficient index;efficient multi-dimensional query;multi-dimensional access natively;query efficient index framework
NEC Labs, China, Beijing, China
IOT data;large volume;high insert throughput;traditional DBMSs;large volume data;massive IOT data;efficient index;efficient multi-dimensional query;multi-dimensional access natively;query efficient index framework
National Key Laboratory of Science and Technology on Information System Security, Beijing, China, Beijing Institute of System Engineering, China
adequate security solution;high-risk security experimentationAdequate;high-risk security research;security experiment;security personnel;control network;network environment;new large-scale network;experimental environment;as-realistic-as-possible condition
National Key Laboratory of Science and Technology on Information System Security, Beijing, China, Beijing Institute of System Engineering, China
adequate security solution;high-risk security experimentationAdequate;high-risk security research;security experiment;security personnel;control network;network environment;new large-scale network;experimental environment;as-realistic-as-possible condition
Tsinghua University, Beijing, China P.R.;Microsoft Research Asia, Beijing, China;State Key Lab of Intelligence Technology and Systems, Beijing, China;Tsinghua National Laboratory for Information Science and Technology, Beijing, China
experimental result;Web search engine;search engine;Web page;Web search;web spam;search result;Web access log;automatic search engine performance;commercial search engine
Department of Computer Science and Technology, Tsinghua University, Beijing, China;State Information Center, China;State Information Center of Beijing;State Information Center, Beijing, China;State Information Center Beijing 100045, China;Department of Informatization Research, State Information Center, Beijing 100045, China;Public Technical Service Department, State Information Center, Beijing, China;Department of Informatization Research, State Information Center, Beijing, China
mobile agent;mesh network;resource scheduling;resource management system;high performance;performance analysis;approximate analysis technique;Web server;SHLPN model;existing fault-tolerant model
Tsinghua University;Microsoft Research Asia, Beijing, P. R. China and Peking University, Beijing, P. R. China;Microsoft Research Asia, Beijing, China;MOE Key Lab for Intelligent Networks and Network Security, State Key Lab for Manufacturing System, Xian Jiaotong University, Xi'an, P.R. China;IBM Research, China;IBM China Research Lab, Beijing, China
experimental result;ranking model;ranking function;ranking result;probabilistic ranking framework;ranking accuracy;new ranking strategy;query-dependent ranking;ranking method;ranking performance