Traffic Control Simulation Platform Design And Implementation Based On The SCADA Software

Configuration software， also known as configuration monitoring softwaresystem. Translated from the English SCADA， namely Supervisory Control and DataAcquisition (Supervisory Control and Data Acquisition). It refers to some of theprocess control and data acquisition of a dedicated software. Them through the use offlexible configuration mode， the automatic control system for software developmentin the operation and development of the platform level monitoring layer to provideusers with universal level， rapid construction of industrial automatic control systemmonitoring software tools. Configuration software applications is very broad and canbe applied to water supply systems， power systems， chemical systems， the oilindustry and other fields， including process control， data acquisition andsupervisory control and other areas. In electrified railway system and power systemapplications， known as remote systems (RTU System， Remote Terminal Unit).Current configuration software is mainly used in two aspects of highways andcity roads. Highway closed throughout，the use of passive control means speed，andthus the configuration software is mainly used to monitor the motorway. Especially ina tunnel more video surveillance applications. Urban roads crossing point morecomplex operation， monitoring and control functions set the software to take fulladvantage too. By configuring the programming software enables access to trafficdata， traffic control plan generation， traffic state identification， such as trafficinformation data storage and query capabilities.The purpose of this paper is to design and implement a traffic control based onconfiguration software platform software to better meet user to configure trafficcontrol software needs. The structure of this paper: Firstly， the research status anddevelopment trend of configuration software， then the meaning given topic. Thesecond chapter describes the configuration software-based traffic control platformrequirements analysis and design methods， based on the third chapter of the trafficcontrol configuration software platform for key technologies for the design anddevelopment of the system has laid a solid foundation. Then given the realization oftraffic control configuration software platform， the end of this article summarizes thework of this paper， and the work of the next prospect.The first chapter. Introduces the research background， and the mainconfiguration software at home and abroad to conduct a comprehensive review， on this basis， the significance of this proposed research， and an overview of the maincontents of this paper.The second chapter based traffic control configuration software platformrequirements analysis and design. Firstly， the needs of the target reaming controlplatform functional requirements and operating procedures， and then introduced thedesign configuration software system architecture， file systems and object modeldesign.The third chapter based traffic control configuration software algorithmautomatically determine the relevant state. First study the stationary statediscrimination traffic detector technology， including onlookers indicators and targetsidentified in the concept. Then study the calculation method of traffic congestion andits associated range of spatial diffusion algorithm.Chapter IV of the Traffic Control Configuration Software Platform. First analysisof the software development process， the design of the software development testarea. Finally， the configuration software to design the system interface.Chapter Summary and Outlook. Of the research work is summarized， and thenext step requires further study the contents were discussed.