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首页> 外文期刊>Procedia - Social and Behavioral Sciences >Analysis for the Port Ferry Operation and Control Alternatives by Using Traffic Micro Simulation Modeling
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Analysis for the Port Ferry Operation and Control Alternatives by Using Traffic Micro Simulation Modeling

机译:基于交通微观仿真模型的轮渡运营控制方案分析

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摘要

This Study performed an analysis of alternative means to control pre-boarding management for Port Aransas Ferry operations. This analysis represents the first stage of several analysis phases intended, in total, to provide results and associated recommendations for the complete storage, management, and traffic control of vehicles approaching and using the ferry system on both the City of Port Aransas and on the mainland approach from Harbor Island. Two planned improvements are under way and being investigated for improving the efficiency of the Port Aransas Ferry system. The first of these changes is the addition of two new and larger ferry boats in everyday operation. Another change being investigated for the ferry system is the reconfiguration and semi-automation of the Port Aransas Ferry landing.The investigation made use of the VISSIM traffic simulation model for ferry operation. The ferry boat was coded into the model so that realistic operations simulation could be performed and demonstrated in both 2-D and 3-D models. A special feature within VISSIM is the ability to custom-code traffic control using a built-in program known as VAP. The results demonstrate the 3-D ferry operation and the new informative automated control system. The performance measures show benefits for alternatives, on perspective of reduction in total vehicle delay and the queue length.
机译:这项研究分析了控制Aransas港口渡轮运营的登机前管理的替代方法。这项分析代表了几个分析阶段的第一阶段,旨在总体上为在Aransas港市和大陆上接近和使用渡轮系统的车辆提供完整的存储,管理和交通控制方面的结果和相关建议从海港岛进近。目前正在进行两项计划中的改进,以提高Aransas港口渡轮系统的效率。这些变化中的第一个是在日常操作中增加了两艘新的和更大的渡船。渡轮系统正在研究的另一项变化是对Aransas渡轮码头着陆的重新配置和半自动化。该研究利用VISSIM交通模拟模型进行了渡轮运营。将渡船编码到模型中,以便可以在2D和3D模型中进行实际的操作仿真并进行演示。 VISSIM的一项特殊功能是能够使用称为VAP的内置程序自定义代码流量控制。结果证明了3-D渡轮操作和新型信息自动控制系统。从减少总车辆延误和减少排队时间的角度来看,性能指标显示了替代方案的优势。

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