Auto Remote Intelligent Control System Research And Implementation

The research and implement of Auto remote intelligent control system takes good use of multidisciplinary and technological achievements of the Global Satellite Positioning System, Geographical Information System and Single-chip Microcomputer Control field. Based on intelligent mobile terminal control, this system is mainly used for teaching and scientific researching to meet the lower market requirement. It can be widely used in car real-time monitoring, driving region restricting, lock and unlock vehicle. Besides, extended channel is provided for customization. This system is good for teaching and scientific researching and has high value of economic benefits.The system design is mainly divided into hardware and software. We take the MSP430as the core and equip the G591GPS module, MC37iSIM card module to build the hardware platform. Sending instructions to hardware through visual interface by the mobile terminal software. The advantages of system are low power consumption, low cost, suitable for a wide range. We choose the Android as the mobile platform because it’s open source.Firstly, the thesis introduces the overall design of the ARICS(automotive remote intelligent controller System) which including the full range of market demands, teaching requirements and its design principles, and thus presents a complete design solution. Secondly, we design the vehicle-side intelligent controller hardware selection and key module design, detailed description of the systems theory, control module design, GPS positioning module design, GPRS communication module hardware selection and circuit design. Then we analyze the handheld software control terminal for intelligent controller of car remote control and com out the design, analysis of the software systems development and integration environment, then gives the software design of the overall system framework and functional modules, detailing introduce the database, the zone control function, the lock and unlock control module, extended channel control module, positioning module, tracking module functional, management module and the user interface module. Finally, we did the imulate testing and real testing and conduct a systematic analysis, summarized and pointed out the shortcomings of the system, prompt the improved method.Through design and production, ARIC can meet the design objective, stable operation, the achievement of the design features, to achieve the basic requirements when the project can be used as teaching the use or put into the market.