智能交通系统
智能交通系统是采用信息技术、计算机技术、控制技术等手段对传统交通运输系统进行改造,从而达到增强系统运行效率,提高系统的可靠性和安全性,减少能源消耗和对自然界的污染等方面的目的。智能交通系统将对未来世界产生深刻的影响,同时也对交通运输工程学科的研究人员提出了新的挑战。
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参考文献
ITS Report United States Policy EPA 231-R-98-007 Environmental Protection (2126) December 1998 Agency Washington, DC 20460 Assessing the Emissions and Fuel Consumption Impacts of Intelligent Transportation Systems (ITS) Assessing the Emissions and Fuel (因文章较长,请下载阅读)
How will route guidance and navigation systems affect cognitive maps?
Driven to distraction: in search of better ways to present Route Guidance Information
BEHAVIOURAL RESPONSES TO DYNAMIC ROUTE GUIDANCE (DRG) SYSTEMS
Integrating Intelligent Transportation System Within the Transportation Planning Process(PDF)
Intelligent Transportation Infrastructure Benefits : Expected and Experienced(PDF)*
Integrating ITS and Traditional Planning - Lessons Learned(PDF)*
Choosing the Route -- to Traveler Information System Deployment(PDF)*
ITS Benefits : Review of Evaluation Methods and Reported Benefits *
A Sequental Hypothesis Testing-Based Decision-Making System for Freeway Incident Respones *
Corridor Planning and Feasibility Analysis Information Seach Memorandum *
系统案例
National ITS Architecture Documents : U.S. Department of Transportation*
Open Architecture for an Automotive Multimedia Bus System
DAB-based Multimedia ITS Applications ERTICO strategy for implementation