Showing papers on "Vehicular communication systems published in 1992"
01 Jan 1992
9 citations
18 Jun 1992
TL;DR: Intelligent vehicle highway systems may be the next major step in the evolution of transportation systems around the world, and in the US, IVHSs are divided into five major areas.
Abstract: Summary form only given. Intelligent vehicle highway systems (IVHSs) may be the next major step in the evolution of transportation systems around the world. In the US, IVHSs are divided into five major areas: advanced traveller information systems; advanced transportation management systems; advanced vehicle control systems; commercial vehicle operations; and advanced public transit systems. All areas rely heavily on some form of communications and, in most cases, on RF data communications. These in turn break down into four main types: intravehicle; vehicle-to-vehicle; vehicle-to-infrastructure; and infrastructure-to-infrastructure. >
6 citations
02 Sep 1992
TL;DR: The interfacing of Advanced Traveler Information Systems with the following functional areas: Advanced Vehicle Control Systems, Advanced Public Transportation Systems, and Advanced Traffic Management Systems is studied.
Abstract: This paper presents a study of how integration between different functional areas of Intelligent Vehicle Highway Systems technology may affect the marketplace. The paper studies the interfacing of Advanced Traveler Information Systems with the following functional areas: Advanced Vehicle Control Systems, Advanced Public Transportation Systems, and Advanced Traffic Management Systems.
2 citations
01 Sep 1992
2 citations
Journal Article•
TL;DR: Originally designed for efficiently using the full capacity of urban roadway systems to address the problems of traffic congestion, enhance safety, and reduce the environmental consequences of motor vehicles, today IVHS encompasses public transit and rural applications as well.
Abstract: Intelligent vehicle highways systems (IVHS) involve the use of computer, communications, and positioning and automation technologies to improve the efficiency of surface transportation. IVHS encompasses several interrelated areas of application: advanced traffic management systems; advanced traveler information systems; advanced public transportation systems; commercial vehicle operations; advanced vehicle control systems; and advanced rural transportation systems. Each of these areas is briefly discussed. Originally designed for efficiently using the full capacity of urban roadway systems to address the problems of traffic congestion, enhance safety, and reduce the environmental consequences of motor vehicles, today IVHS encompasses public transit and rural applications as well. It is also considered a means of enabling intermodalism. The future of IVHS will depend on the cooperation of the public and private sectors.
1 citations