详情

原文传递 SVID: OBSERVATIONS, APPLICATIONS, AND ALTERNATIVES.

题名：	SVID: OBSERVATIONS, APPLICATIONS, AND ALTERNATIVES.
作者：	Hoel-LA
关键词：	WORKSHOPS-MEETINGS; SIMULTANEOUS-VEHICLE-AND-INFRASTRUCTURE-DESIGN; APPLICATIONS-; ALTERNATIVES-; IMPLEMENTATION-; SYSTEMS-ENGINEERING; ORGANIZATION-ADMINISTRATION
摘要：	The task of this paper is to provide observations about the Simultaneous Vehicle and Infrastructure Design (SVID) concept, to consider applications where this methodology might be an improvement over current practice and to discuss possible institutional arrangements that would assure its implementation. The SVID process begins with the same premise as described for the highway design process, in that it seeks to observe the interrelationships between the vehicle and infrastructure performance and the behavior of the transportation user. Moreover, the SVID process goes beyond present practice which compartmentalizes responsibilities for vehicle and infrastructure design. It calls for the creation of a new design paradigm that incorporates both functions simultaneously. The concept of SVID is an appealing one and its timing is propitious, coming at an opportune moment coincident with developments in telecommunications, advances in the understanding of human responses to transportation stimulus, and advances in vehicle and infrastructure design techniques. A wide variety of problems are potential candidates that could benefit from the SVID process that involve the evaluation of alternative designs from the perspective of safety, community impact and the environment. Not every transportation problem will require SVID, and some application areas will result in higher payoffs than others. The paper continues with an outline of general issues that must be considered, a list of issues for consideration regarding the Systems Engineering for Transportation (SET) Test Capability, and a look at the organizational options that could implement a SVID process.
总页数：	Conference Title: Workshop on a Conceptual Framework for Simultaneous Vehicle and Infrastructure Design (SVID). Location: Washington, D.C. Sponsored by: Transportation Research Board, National Research Council
报告类型：	科技报告