原文传递
TRAFFIC MANAGEMENT WITH A REAL-TIME GEOGRAPHIC INFORMATION SYSTEM AND HIGH-SPEED COMMUNICATIONS NETWORK.
| 题名： | TRAFFIC MANAGEMENT WITH A REAL-TIME GEOGRAPHIC INFORMATION SYSTEM AND HIGH-SPEED COMMUNICATIONS NETWORK. |
| 作者： | Tucker-J |
| 关键词： | TRAFFIC-MANAGEMENT; REAL-TIME-SYSTEMS; GEOGRAPHIC-INFORMATION-SYSTEMS; HIGH-SPEED; COMMUNICATIONS-NETWORKS; TRAFFIC-CONGESTION; DELAYS-; COSTS-; ADVANCED-SYSTEMS; INTELLIGENT-TRANSPORTATION-SYSTEMS; EMERGENCY-RESPONSE; TRAFFIC-FLOW; TRAFFIC-ACCIDENTS; INCIDENTS-; REDUCTION-DECREASE |
| 摘要： | The United States and the rest of the world are paying an unacceptable price in congestion delay costs. Studies have shown that an Advanced Traffic Management System (ATMS) will improve the flow of traffic, provide immediate emergency response, decrease delays, decrease accidents, and provide immediate management response to any freeway incident. Through merging the technology of video, voice and field data elements, and Geographic Information Systems (GIS), over a single communication backbone, an ATMS system will help respond to incident management in a real-time environment by informing emergency services and helping restore roadway to full service. GDS Corporation of Englewood, Colorado has already participated in the development of a number of traffic management systems at these locations: Georgia Advanced Transportation Management System in Atlanta, New Jersey Turnpike Authority, Caltrans EPI Center, Houston TranStar. The product is called the gdsATMS-TOC solution. The gdsATMS-TOC solution is a tool used in most traffic management strategies that included a real-time GIS. |
| 总页数： | Conference Title: Merging the Transportation and Communications Revolutions. Abstracts for ITS America Seventh Annual Meeting and Exposition. Location: Washington, D.C. Sponsored by: ITS America. Held: 19970602-19970605. 1997. pp18 |
| 报告类型： | 科技报告 |
相关文献
- DETERMINATION OF NUMBER OF PROBE VEHICLES REQUIRED FOR RELIABLE TRAVEL TIME MEASUREMENT IN URBAN NETWORK.
- Development of An Integrated Network Simulation for Real Time Traffic Management: I-95/US-1 Traffic Simulator.
- Deployment of a Virtual Sensor System, Based on Transit Probes, in an Operational Traffic Management System, November 2006.
- Expanding the City of Moscow Field Lab Data Collection Capabilities.
- Social Network Based Dynamic Transit Service Through the OMITS System. Final Report.
- Real-time Statewide Road & Weather Information Network
检索历史
应用推荐
