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VC-based intelligent roller interactive software development

Author: ZuoGuangFeng
Tutor: JuYongFeng
School: Chang'an University
Course: Traffic Information Engineering \u0026 Control
Keywords: Intelligent Roller CAN bus Control Systems Interactive Software VC
CLC: U415.52
Type: Master's thesis
Year: 2005
Downloads: 517
Quote: 7
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Abstract


This article describes the current development of domestic and foreign intelligence roller, roller in making intelligent control system solutions based on intelligent roller discusses interactive software development. This thesis is based on the \areas: intelligent roller interactive software design requirements; VC-based interactive software design; VC-based interactive software implementation, integration, site commissioning and maintenance. In this paper, based on the content of \Smart, intelligent roller compacted pavement reflected in the control, data management, real-time monitoring, fault diagnosis and roller compactor remote communication. Firstly, through the intelligent control system hardware required roller choices comparative analysis of the smart roller interactive software development needs. Secondly modular design concept, and further on interactive software architecture for the overall design. Finally refine the parameters monitored interactive software interface design, interface design parameter modification, fault diagnosis interface design, data storage and analysis, the local communication and remote communication design. Intelligent Roller interactive software implementation and integration, interactive software, on-site commissioning and maintenance of interactive software is necessary for practical applications. Therefore, this paper contains a detailed description of C language programming interactive software, and then forming a hex file by compiling directly embedded display. Site commissioning software practical performance, but also for routine maintenance to provide a wealth of experience, a standardized maintenance processes. This paper concludes that the proposed intelligent control roller system solutions focused on the development of interactive software. EPEC chosen for the company's products analyze software requirements, the overall design of the software, the basic completion of the VC-based interactive software development. In the prototype tests showed that the software realize the real-time data display intelligent roller, parameter setting, troubleshooting and remote communication capabilities.

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