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    Please use this identifier to cite or link to this item: http://ccur.lib.ccu.edu.tw/handle/A095B0000Q/428

    Title: 多重代理人模擬於虛擬都市中車輛與行人相互影響之研究;A Multiagent Approach to Vehicle-Pedestrian Interaction in the Virtual City
    Authors: 吳宗錫;Wu, Power
    Contributors: 電機工程研究所
    Keywords: 多重代理人系統;代理人模擬;交通模擬;使用者參與;遊戲引擎;multiagent system;agent simulation;traffic simulation;user participation;game engine
    Date: 2017
    Issue Date: 2019-07-17
    Publisher: 電機工程研究所
    Abstract: 本研究為透過多重代理人模擬發展出以虛擬都市為核心的車輛與行人互動的系統,跟大部分的交通模擬不同,使用者除了當作觀察者的角色外,也可以成為交通系統中的用路人之一,與其它代理人互動。系統代理人種類有車輛代理人、行人代理人、交通號誌代理人、車輛產生代理人、行人產生代理人,其中車輛代理人擁有保守、一般與魯莽個性,行人代理人也擁有不同的行為模式。模擬系統使用遊戲引擎開發,擁有良好的畫面呈現、觀察機制,透過觀察面板使用者可以迅速得知需要的資訊,攝影機分為自由角度、車輛角度與行人角度視角。模擬環境中的道路分為直行道路、行人橋直行道路、90度轉彎、T字路口、十字路口,使用者可以觀察到車輛代理人與行人代理人、交通號誌代理人在路口之間細微的互動關係。
    This thesis proposed a multiagent simulation approach to simulate the interaction between pedestrians and vehicles in a virtual city. Unlike most traffic simulations, the user who is the observer may also become a participant in the simulation world, and the user is able to interact with other agents. In the simulation system, there are vehicle agents, pedestrian agents, traffic light agents, vehicle generator agents and pedestrian generator agents. The vehicle agent has the personality type such as conservative, general and reckless type, and the pedestrian agent has different behavior patterns. In order to have better graphics and observation mechanism, the system is developed with the game engine. The user can quickly get the information they need through the observation panel, and the camera in the system is designed for three observing types, which are free view, car-follow and pedestrian-follow. The types of roads in the system are divided into straight road, straight road with pedestrian bridges, 90-degree turn road, T-junction, and intersection. With the system, user can observe the subtle interaction with vehicle agents, pedestrian agents and traffic light agents in the intersections.
    Appears in Collections:[電機工程研究所] 學位論文

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