However, with a special coding and parameter selection, the two-capacity phenomenon can be properly replicated in VISSIM.

然而，如果在VISSIM中使用一组特殊的编码参数就能再现双能力现象。

Explains the language of VAP in the VISSIM, and detailed elaborates the basic function of sentences and the meanings of the language of VAP.

对VISSIM中的VAP语言进行了解释说明，详细阐述了VAP语言的基本功能语句及其含义。

A signal control plan is designed for an illustration according to the model and is evaluated by VISSIM. The feasibility and the validity of ther...

利用本文提出的控制模型设计了一个实例的信号控制方案，并通过V ISS IM仿真评价了该信号控制方案，验证了本文提出的控制方法的有效性。

Carries on timing control at the same crossings, and based on the VISSIM emulational software, simulates and analyzes the way of timing control and actuated control.

对相同的路口进行定时控制设计。借助VISSIM仿真软件，分别对其定时控制方式和感应控制方式进行仿真和分析。

Lastly the VISSIM simulation software is used to evaluate the function of the scheme, and the conclusion that this green wave system is feasible and superior can be drawn.

最后运用VISSIM仿真软件，对该设计方案的效果进行检验和评价，结果证明该绿渡系统的可行性。

Then the improvement measures of traffic safety have been advanced in the light of evaluation result and the availability of the improvement measures has been showed based on VISSIM.

随后，根据评价结果，提出了相应的交通安全改善措施，并应用VISSIM仿真软件验证了两种改善方案的有效性。

From this study, we found that most microscopic simulation models, such as VISSIM, use traditional car-following theory, which does not automatically exhibit the two-capacity phenomenon.

本文发现大多数微观模拟模型，例如VISSIM，尽管使用了传统的跟弛理论，但不能自动展示双能力现象。

To provide reference for application of VISSIM simulation, this paper sets forth the method and process of structuring a visual 3d traffic environment by means of VISSIM simulation system.

阐述了运用VISSIM仿真系统构建3d交通环境的方法和过程，为VISSIM仿真系统的应用提供参考。

An automatic accident detection method based on traffic flow parameters will be accessed, through simulating the physical environment of urban tunnel with traffic simulation software VISSIM.

采用VISSIM交通仿真软件，对城市隧道内的物理环境进行仿真，可设计出一种基于交通流参数的交通事故自动检测方法。

This paper is intended to develop an integrated microscopic traffic-emissions simulation platform by using the microscopic traffic simulation model VISSIM and the modal emissions model CMEM.

本文结合微观交通模拟模型VISSIM和微观尾气模型CMEM，建立了微观交通尾气模拟平台。

At the same time, use VISSIM, the microscopic traffic simulation software, to analyze traffic running condition of those points, and put forward the advices of traffic organization in the arena.

同时，结合宏观预测结果，应用VISSIM微观仿真软件分析关键节点的交通运行状况，提出世博会园区游客步行交通组织建议。