交通工程学

  • 网络Traffic Engineering
交通工程学交通工程学
  1. 交通工程学的创立带来了快速公路,即高速公路。这种公路只有有限的出人口,但却拥有最大数量的安全设施。

    Traffic engineering has produced the modern express highway , or freeway , that has only limited access but maximum safety controls .

  2. 最后分析了ITS评价的未来发展趋势,指出实验交通工程学在ITS评价中的重要作用。

    Finally , future development trend of ITS evaluation is also presented and the important role of Experimental Traffic Engineering in ITS evaluation is emphasized .

  3. 马塞尔拥有交通工程学、商业研究及工程学专业的学位。

    Marcel holds degrees in Transport Engineering and in Business Studies and Engineering .

  4. 另外,研究中在环境因素及其指标量的选取上借用了海上交通工程学在环境评估方面的研究成果。

    In addition , the study result of choosing the environment factors ' evaluation level is borrowed .

  5. 海上交通工程学认为,人船(机)环境三要素构成了交通系统。其中作为要素之一的船舶条件的好坏直接影响海上安全,因此如何评价船舶条件中船舶设备的安全状况就很重要。

    Because the safety state of ship 's equipment affects ship 's safety , how to evaluate it is very important .

  6. 本文从交通工程学和交通规划理论出发,用系统工程的方法,比较系统地对单向交通进行了研究。

    In this thesis , one-way traffic is systematically researched with the system engineering , which based on traffic engineering and traffic planning theory .

  7. 两者之间的信息传输过程的研究是一个集心理学、信息学和交通工程学于一体的复杂过程。

    The research on the Information transfer process is a complex process which is a set of psychology , information science and communications engineering .

  8. 本论文从交通工程学理论出发,用系统方法讨论了单向交通的特点、种类及实施条件,并建立了单向通行后交通量分配模型;

    This thesis on traffic engineering science is mainly concern with using a systemic method to study the one way traffic system characteristics , categories and implementation requirements .

  9. 在海上交通工程学的最新研究成果的基础上,提出了用一种神经模糊系统计算船舶碰撞危险度的方法。

    On the basis of the latest research result of marine traffic engineering , a neural fuzzy system was introduced to calculate the value of vessel collision risk degree .

  10. 另一个进步则创立了交通工程学,即高速度、大流量的公路的设计,这种公路造价低且行车安全。

    The other is traffic engineering , the design of highways for high-speed , heavy-volume traffic . Highways are economical to build and safe for vehicles and their passengers .

  11. 该内容对完善交通工程学基础,改进通行能力分析方法和指导通行能力手册编制有重要的理论意义和实用价值。

    The above research contents are valuable to the perfection of traffic engineering , the bettering of the methods of capacity analysis and the guidance for compiling Highway Capacity Manual .

  12. 目前,把先进的智能控制技术、信息融合技术、智能信息处理技术与交通工程学结合起来已成为智能交通控制研究的方向。

    At present , combination of the advanced intelligence control technique , information syncretic technique , intelligent information treating technique and communication engineering is the present researched project of intelligent traffic control .

  13. 本文基于对交通工程学以及生态环境学基础理论的重点把握,力图搭建起一定逻辑层次的理论平台。

    Based on traffic engineering , as well as the ecological environment of the study focused on grasping the basic theory , we must attempt to build a theory of logic-level platform .

  14. 以最短路径为主的最优路径问题一直是计算机科学、运筹学、交通工程学、地理信息科学等学科领域的一个研究热点。

    The optimal path problem which is mainly to computer the shortest path is all the while research focus in such subjects as Computer Science , Operation Research , Traffic Engineering and Geographic Information science .

  15. 结合交通工程学,对交通时变规律的研究方法进行分析;利用统计学原理,对收费系统中车辆行程时间信息进行处理,得出高速公路车辆行程时间符合的概率分布函数。

    Combined with the theory of traffic engineering , this paper introduces the research methods of time-dependent rules , deals with the information of travel time and obtains the distribution of travel time of vehicles by using theories of statistics .

  16. 通过对探测车数据的全面分析,论文从交通工程学理论出发,提出了基于驻留时间估计的探测车数据处理算法,算法可以利用探测车回传的坐标数据获得准确的城市路网区间速度信息。

    Through the comprehensive analysis of the original FCD , base on the traffic engineering theory , the paper proposed stay time estimating method based FCD process algorithm . It can accurately obtain the latest travel speed information of the city road network .

  17. 对安全设施的经济效益进行评估,一直是交通安全工程学及其相关领域中人们普遍关心的问题。

    To evaluate economic benefit of safety facilities is always a common issue that is always concerned by people in the field of transportation safety engineering and its correlation field .

  18. 上海同济大学的交通运输工程学教授张宏超表示,太阳能电池板由类似塑料的复杂聚合物制成,表面摩擦力比传统路面略高。

    The surface of these panels , made of a complex polymer that resembles plastic , has slightly more friction than a conventional road surface , according to Zhang Hongchao , an engineering professor at Tongji University in Shanghai .

  19. 由于景观单调已证明是对交通安全的一大威胁,交通工程学还包括高速公路两边的景观设计。

    Since monotony has proved to be a safety hazard , traffic engineering even includes the landscape of the borders of the road .

  20. 通过建立集装箱港区公路交通量的计算模式,并借助交通工程学的有关理论分析港口道路集疏运系统的适应性。

    Based on establishment of calculation mode of traffic flow for container port and in accordance with the related theories of traffic engineering , this paper carries out analysis on adaptability of road system and traffic flow of road transportation of container port .

  21. 用层次分析法建立了大型建筑对周围路网交通影响度敏感性分析的指标体系,并根据交通工程和系统工程学原理构建了各指标的计算模型。

    A sensitivity analysis index system for traffic impact of large building on traffic of road networks was established using analytic hierarchy process , and the models for calculating the indices were derived based on the principles of traffic engineering and system engineering .

  22. 交通是人类社会生活中一类伴有复杂相互作用的多体系统,这个系统包括交通工具、交通环境、人等,与物理、力学、数学、信息科学、交通工程学等学科有着内在的联系。

    Traffic is a multi-body system with complex interaction in human society , which includes vehicle , traffic environment and human being , and has inner relations with physics , mechanics , mathematics , information science , traffic engineering , etc.