CAJ | 학술논문

采用嵌入式技术及物联网技术，在Linux操作系统上开发基于Qt4.5的应用程序框架，结合ZigBee（CC2530）硬件模块和Cortex-A8开发板平台，设计与实现一套基于ZigBee车辆间通信模拟系统，其主要包含两个功能，ZigBee模块的自组网架构下的数据无线传输功能和眼部状态识别功能。该系统不仅实现驾驶员模拟疲劳状态的实时监测，而且能实现车辆信息的交互等功能，具有实用性强、可靠性高等特点，有广阔的应用前景及市场前景。
채용감입식기술급물련망기술，재Linux조작계통상개발기우Qt4.5적응용정서광가，결합ZigBee（CC2530）경건모괴화Cortex-A8개발판평태，설계여실현일투기우ZigBee차량간통신모의계통，기주요포함량개공능，ZigBee모괴적자조망가구하적수거무선전수공능화안부상태식별공능。해계통불부실현가사원모의피로상태적실시감측，이차능실현차량신식적교호등공능，구유실용성강、가고성고등특점，유엄활적응용전경급시장전경。
With embedded technology and Internet of Things technology, based on the Qt4.5 on the Linux operating system, develops the application framework. Combined with ZigBee (CC2530) hardware modules and Cortex-A8 developing platform, designs and implements an inter-ve-hicle simulation communication system based on ZigBee, including two main functions:data wireless transmission and ocular status recog-nition resulting from the MANET structure of ZigBee module. The system not only supervises drivers' fatigue situation, but also realizes the transmission of information among different vehicles, with the particulars of practical, dependable and applicable with broad and promising market prospect.