出租车合乘

车辆合乘是交通需求管理中的一项措施。交通需求管理,即引导人们采取科学的交通行为,理智地使用（不滥用）道路设施的有限资源。交通需求管理的主要措施遍布在交通行为的各个阶段,其中,组织汽车合乘作为出行方式阶段的措施已经被许多专家、学者提了出来。     

公路养护管理系统的应用

总结了公路管理系统应用中的一些体会,对实际工作遇到的困难和有关注意事项做了分析论述。     

The use of GIS and relational database management systems to improve the scheduling operations of paratransit

The scheduling operations of many paratransit agencies in the United States are undertaken manually. Those customers who are eligible to travel call in their requests the day before the trip is needed. As the trip requests are received, they are entered into a list of unscheduled trips. In order to schedule these trips, the scheduler must first determine the number of drivers and shuttle buses that are available as well as the time of availability of each. The scheduler must then try to match the rides that are in “similar” areas around the “same” time to place together on the driver's schedule. As new trip requests are made, the schedulers must adjust the trips that are already scheduled to try and schedule as many trips as possible in the most efficient way.

By developing a system that would improve the scheduling system operations of, in this case, DART (Delaware Administration for Regional Transit) First State Paratransit, customers can expect to receive better service that will improve their ability to travel throughout the community. Some devices that could also improve the operations of paratransit agencies are described in this paper, such as satellite‐based Global Positioning System (GPS), radio communication systems, mobile computers, radio frequency‐based data communication systems, internet web pages, automated paratransit information systems, and card‐based data storage and transfer media. However, because paratransit systems are difficult to operate cost‐efficiently, the optimum and most cost‐efficient device must be selected. The system chosen for DART First State Paratransit includes the use of a relational database management system (RDMS) and a transportation Geographic Information System (GIS). RDMS keeps track of the database information as well as the scheduled trips and the GIS is ideal for analyzing both geographic and temporal data. This system is shown to be superior to the manual system.     

关于降低和规避大项目管理风险的探索

文章针对当前施工企业大项目管理现状,分析了大项目管理中存在的主要风险,提出了降低和规避大项目管理风险的措施及建议。     

船舶电站成套系统集成项目科研管理方法浅析

本文介绍了船舶电站成套系统集成项目的总体概况,分析了市场目标实现与项目过程管理的内涵与主要问题,列出了科研项目管理的具体做法和取得的成效,提出了推动大型科研项目管理的几点建议。     

供应链管理中供应商选择问题的研究

通过对供应链、供应链管理的介绍,提出供应链运行的基础工作-供应商选择,在分析供应商选择的标准、指标体系及选择方法的基础耻,针对具体项目实施供应商选择,最后总结了供应商选择的效果和研究方向。     

对高速公路人力资源激励机制的探讨

从我国高速公路管理机构人力资源现状入手,对我国高速公路人力资源激励机制进行了探讨。     

交通监控中心视觉疲劳因素研究

我国现有的交通监控中心在使用中存在着一些不足,其中很重要的因素之一就是操作人员普遍存在着视觉疲劳问题。针对国内交通监控中心的环境,通过调查和数据分析,从照明、眩光、工作强度等方面对视觉疲劳进行了研究,详细分析了操作人员视觉疲劳方面的相关因素,并提出了相应的改进措施,以建设高效的交通监控中心视觉环境。     

智能网络视频监控系统在铁路工程建设管理中的应用

着重阐述视频监控技术的发展现状.详细介绍智能网络视频监控系统的典型组成结构和功能特点,并对其在铁路工程建设管理信息化中的应用和重要作用进行论述.     

城市轨道交通控制保护区管理要点

如果因城市轨道交通控制安保区管理难度及协调难度加大造成监管不到位,将存在影响运营安全甚至出现停运的风险。分析轨道交通控制保护区事故出现的位置及发生的原因,通过对运营线路控制保护区施工项目进行技术审查、过程监管,做到将控制保护区的安全影响因素降到最低,规范控制保护区的技术方案及施工方法,确保各项安全措施落实。实践证明,这些要点是对轨道交通安全防护的重要举措。