CAJ | 학술논문

为了解决现有车载系统的数据传输量小、传输速度慢、实时性差等瓶颈问题，在ARM9开发平台的基础上，利用3G高速数据无线传输技术，同时结合GPS／GIS技术，建立一套可用于长途客车无线智能车载监控系统终端设计理论框架．主要包括系统终端硬件设计、软件设计、3G高速数据无线传输方案设计以及后台管理监控平台功能模块设计，结果表明该设计方案可为无线智能车载监控系统的实现提供理论基础，以便于提高车载监控系统的实时性、有效性、可靠性和安全性．
위료해결현유차재계통적수거전수량소、전수속도만、실시성차등병경문제，재ARM9개발평태적기출상，이용3G고속수거무선전수기술，동시결합GPS／GIS기술，건립일투가용우장도객차무선지능차재감공계통종단설계이론광가．주요포괄계통종단경건설계、연건설계、3G고속수거무선전수방안설계이급후태관리감공평태공능모괴설계，결과표명해설계방안가위무선지능차재감공계통적실현제공이론기출，이편우제고차재감공계통적실시성、유효성、가고성화안전성．
In order to solve such problems of avaiable vehicle control system as a small amount of data transmission, slow transmission, poor real-time and so on, this paper, based on ARM9 development platform, uses the advantages of 3G high-speed data wireless transmission technology. Combined with GPS/GIS technology at the same time, we create a complete terminal design of theory frame with wireless intelligent system, terminal hardware design, softeware design, 3G high-speed data wireless transfer program design and and function modular design of monitoring platform in the background and management.So the way of design will provide a theoretical basis for intelligent vehicle monitoring system for wireless and realize to improve real-time, reliablity, effectiveness and safety for a monitoring system.