详情

原文传递 A GIGABIT ETHERNET SOLUTION TODAY FOR TOMORROW'S TRAFFIC NETWORK NEEDS.

题名：	A GIGABIT ETHERNET SOLUTION TODAY FOR TOMORROW'S TRAFFIC NETWORK NEEDS.
作者：	Brydia-Robert-E
关键词：	Automatic-vehicle-monitoring; Communication-systems; Computer-networks; Railroad-grade-crossings; Vehicle-monitoring
摘要：	The Texas Transportation Institute (TTI) is performing the College Station Integration Project to improve arterial operations and emergency vehicle routing at intersections with railroad grade crossings within the project area. The focus is delivering real-time video and rail monitoring information to the College Station Fire Department. The critical task for this project is the design of a communications system for the corridor that can handle high-bandwidth applications. This paper presents the results of an analysis of the communications system needs, the range of possible solutions and the reasons why Gigabit Ethernet was chosen for the solution. This paper also presents the Phase I communication system design as well as a discussion of the challenges that still remain. Innovative solutions for a full range of equipment needs in the traffic signal cabinet are also presented, based upon the use of Gigabit Ethernet as the communications backbone.
总页数：	ITS America. Meeting (12th : 2002 : Long Beach, Calif.). Securing our future : ITS America 12th Annual Meeting and Exposition 2002 : conference proceedings. 2002. pp14
报告类型：	科技报告