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Interactive Research of Shenyang Railway Passenger Guide Identification Based on the Man-Machine-Environment System

Author: ChengKangLi
Tutor: MaGuangZuo
School: Shenyang University of construction
Course: Industrial Design Engineering
Keywords: Railway passenger Guide identification Interactive Genetic algorithm Man-Machine-Environment
CLC: U291.6
Type: Master's thesis
Year: 2013
Downloads: 16
Quote: 0
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Abstract


With Shenyang as the center of the central Liaoning urban agglomeration development, expand the function of the city center in Shenyang, Shenyang railway passenger accelerated in Shenyang integrated network group combination of urban agglomeration in the construction of more and more significant position. Shenyang railway passenger not only as show Shenyang city characteristics of portal, and become including buses and taxis, urban rail transportation, inter-city long-distance bus and connection venues railway hub, all kinds of traffic tool to convert integrated platform. Railway passenger interior space scale, all kinds of streamline complex staggered degree is high, even if is to be familiar with Shenyang railway passenger internal environment of the passenger, the space orientation, guide also become very difficult. To Shenyang railway passenger guide identification of planning and design, the purpose is to enhance Shenyang railway passenger space use efficiency, increase security management, the maintenance station passenger travel order, which helps people with disabilities and to improve passenger bus/waiting environment, establish and improve the space image attribute cognitive.This paper by Shenyang railway passenger depot as the main research site, for large railway passenger guide identification system interactive optimization methods for the research topic. According to the planning and construction are the shenyang railway passenger north station (hereinafter referred to as the north station) of the actual situation of each functional location of the layout of the space structure and great volume of passenger flow, complex, in negotiating, home, outbound, transfer, and commercial shopping and involved in the process of passenger travel behavior characteristics, improve the shenyang north station passenger evacuation organizations level and quality, improve passenger bus and waiting environment, such as the humanized service has important practical significance, and hope for the future passenger station identification guide system design to provide reference and reference.This paper on the analysis of the home and abroad railway passenger passenger guide identification system based on the present situation, first of railway passenger guide identification of the concept, type, function, set space and so on the system analysis, Then, around the man-machine-environment system of the main of shenyang railway passenger guide identification information service system interactive study, sums up the railway passenger guide logo design basic elements and basic principle, Based on the mathematical modeling of the decision point selection optimization method in marking the position point selection model of applications. At last, combined with the actual situation of Shenyang railway passenger, the Shenyang railway passenger north station passenger guide identification system optimization scheme is analyzed. In the railway passenger guide identification content, style and space layout aspects using the optimization design analysis method. Discusses the marking points through the genetic algorithm in applications, the establishment of model selection mark position point, analyzed the operation condition shenyang railway passenger guide identification use situation, found that the shortage, a new computer simulation to verify the genetic algorithm in guide identification position point set, the feasibility for future large passenger depot guide identification system interactive study provides scientific basis.

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CLC: > Transportation > Rail transport > Rail transport management projects > Station and terminal > Bus Station
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