CAJ | 학술논문

为了使菌毒种运输适应整个菌毒种研究的需要，提出了一种基于GPS、GPRS、GIS技术相结合的菌毒种运输监控系统的设计方案，并结合系统的整体框架结构，详细介绍了系统的整个工作流程，着重阐述了系统的车载终端、监控服务中心以及监控终端的设计与实现方法。该系统充分发挥了GPS，GPRS，GIS三大技术优势。运行结果表明，本系统能够准确监控菌毒种运输车辆以及护送人员的状态，从而保证菌毒种运输过程中的安全性。
위료사균독충운수괄응정개균독충연구적수요，제출료일충기우GPS、GPRS、GIS기술상결합적균독충운수감공계통적설계방안，병결합계통적정체광가결구，상세개소료계통적정개공작류정，착중천술료계통적차재종단、감공복무중심이급감공종단적설계여실현방법。해계통충분발휘료GPS，GPRS，GIS삼대기술우세。운행결과표명，본계통능구준학감공균독충운수차량이급호송인원적상태，종이보증균독충운수과정중적안전성。
The virus transportation is one of the key points. A new virus transportation and monitoring system based on GPS/GPRS/GIS is introduced. The overall flow of the transportation and monitoring system is discussed through the frame structure, the design of the vehicle terminal, the center of monitoring service and monitoring terminals are elaborated. It takes full advantages of GPS/GPRS/GIS technologies. Through a variety of tests, it can guarantee safety of the virus transportation by monitoring status of the virus and the escorting officers.