CAJ | 학술논문

目的：基于海训救护系统，研制其移动监护子系统的主控部分，用于救护信息的无线传输与定位。方法以全志A20双核处理器为核心，加载Linux内核的Android系统，完成电源管理、按键控制、USB存储及串口控制的3G无线网络通信及GPS定位的硬件设计及应用程序设计，并结合系统的数据采集部分进行终端机的防水处理与应用测试。结果主控部分实现了战士信息的存储、无线传输及定位，以及异常情况下的按键主动报警。结论移动监护子系统的主控部分可以很好地对派遣救护所需的信息进行传输与定位，对于快速获取海训中的战士信息，进而提升搜救效率具有重要意义。
목적：기우해훈구호계통，연제기이동감호자계통적주공부분，용우구호신식적무선전수여정위。방법이전지A20쌍핵처리기위핵심，가재Linux내핵적Android계통，완성전원관리、안건공제、USB존저급천구공제적3G무선망락통신급GPS정위적경건설계급응용정서설계，병결합계통적수거채집부분진행종단궤적방수처리여응용측시。결과주공부분실현료전사신식적존저、무선전수급정위，이급이상정황하적안건주동보경。결론이동감호자계통적주공부분가이흔호지대파견구호소수적신식진행전수여정위，대우쾌속획취해훈중적전사신식，진이제승수구효솔구유중요의의。
Objective To develop the main control section of the mobile monitoring subsystem based on the navy training medical rescue system so as to wirelessly transmit and locate the rescue information. Methods The main control section was designed and implemented taking Quanzhi A20 dual-core processor as the core, loading the Android system with Linux kernel. Then, the hardware (power management, key control, USB storage and serial control for 3G wireless network communication and GPS positioning) and applications were designed. The water-proof protection and application testing of terminals were made in combination with the data acquisition section of the system. Results The main control section achieved storage, wireless transmission and location of rescue information and also provided an active alarming button in case of unusual circumstances. Conclusion The main control section of the mobile monitoring subsystem could provide transmission and positioning of necessary information for better rescue dispatching, which was of great signiifcance in rapid acquisition of rescue information and improved efifciency of the search and rescue.