摘要
以保障北京奥运交通系统可靠性为目的,结合奥运交通紧急事件管理系统规划研究了智能交通系统体系框架的开发方法.从组织机构、道路、人员、车辆等角度研究了建设奥运交通紧急事件管理系统的基础条件.利用智能交通系统框架开发软件TurboArchitecture,按照识别用户服务、确定智能交通系统要素和确定功能模块的步骤开发了奥运紧急事件管理系统的体系框架.制订了交通阻塞、轻微交通事故、严重交通事故和奥运专用车辆故障等紧急事件的处理预案.
In order to guarantee the reliability of the Olympic transportation system of Beijing in 2008, plan of the Olympic transport emergency management system is studied, and the method to build Intelligent Trans- portation Systems architecture is studied. The bases to develop the Olympic Games＇ transport emergency management system, such as administrant institution, road, personnel and vehicle are studied. Using Turbo architecture, which is software that can help build intelligent transportation systems （ITS） architecture, the architecture of the system is built in the process of identifying user service, ascertaining ITS elements and market packages. The count measures for emergencies such as traffic jam, traffic accident and malfunction of vehicle are given.
出处
《北京工业大学学报》
CAS
CSCD
北大核心
2005年第5期481-485,共5页
Journal of Beijing University of Technology
基金
国家科技部"十五"科技攻关基金资助项目(2002BA404A18A).
关键词
奥运会
智能交通系统
紧急事件
预案
Olympic Games
intelligent transportation systems（ITS）
emergency
count measure
