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Application of knowledge-based expert systems to incident management on freeways.

机译:基于知识的专家系统在高速公路事故管理中的应用。

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摘要

Freeway incident management consists of a set of activities designed to detect the occurrence of breakdowns, accidents, and other incidents that affect the flow of traffic, and to initiate responses intended to minimize the adverse effects of these incidents. The dynamic nature of incidents and the uncertainty associated with them require solutions based on the expert judgement of individuals familiar with many interrelated subjects, including traffic control, medical, police, and fire emergency response procedures, and hazardous waste containment. Expert systems attempt to store such human expertise and are designed to replicate the decision making capability of an expert. Expert systems can also process information and screen data, forwarding only the most important information to human traffic managers. They also have the capability to incorporate computerized real time data bases, which, for example, can provide traffic flow information, that would not otherwise be readily available.; This dissertation examines the potential of expert systems applications to freeway incident management and proposes a prototype system. This prototype encompasses incident detection, verification, and response, and includes a real-time dynamic network model for motorist diversion. Simulations of hypothetical incidents on the Massachusetts Turnpike illustrate the potential benefits to be derived from the implementation of the system.
机译:高速公路事故管理包括一组活动,这些活动旨在检测故障,事故和其他影响交通流量的事故的发生,并发起旨在将这些事故的不利影响降至最低的响应。事件的动态性质和与之相关的不确定性要求基于熟悉许多相互关联的主题的人员的专业判断(包括交通控制,医疗,警察和消防紧急响应程序以及危险废物围堵)做出解决方案。专家系统试图存储此类人类专业知识,并旨在复制专家的决策能力。专家系统还可以处理信息和筛选数据,仅将最重要的信息转发给人流管理人员。它们还具有合并计算机实时数据库的能力,该数据库例如可以提供交通流信息,否则该信息将不容易获得。本文探讨了专家系统在高速公路事故管理中的应用潜力,并提出了原型系统。该原型包含事件检测,验证和响应,并包括用于驾驶员转移的实时动态网络模型。对马萨诸塞州收费公路上的假设事件的模拟说明了从该系统的实施中将获得的潜在收益。

著录项

  • 作者

    Gupta, Arti.;

  • 作者单位

    University of Massachusetts Amherst.;

  • 授予单位 University of Massachusetts Amherst.;
  • 学科 Engineering Civil.
  • 学位 Ph.D.
  • 年度 1992
  • 页码 262 p.
  • 总页数 262
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 建筑科学;
  • 关键词

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