摘要
提出一个基于双核的猝发式近距离无线光通信系统用以监测和传输运动部件的工程参数.设计并分析了系统运动端和固定端两大模块的结构和功能.介绍了系统的硬件和软件设计,通过自行设计的误码率检测程序实时反映出系统工作状态和光通信质量的好坏,为监控与评估系统的状态提供依据.实验结论表明:系统误码率达到10-9量级,完全达到系统设计要求.
Proposed a bursting and wireless optical communication system at close quarters which was based on dual-core for monitoring and transmitting the moving object＇s parameter. Designed and analyzed the structure and function of the system moving module and stationary module. Introduced the system hardware and software design, through self-designed BER testing procedures to reflect real-time system status and the quality of optical communication, provided evidence for monitoring and evaluating system state. The experimental results indicated that： the system bit error rate achieved order of 10^-9, which reached completely the system design requirements.
出处
《暨南大学学报（自然科学与医学版）》
CAS
CSCD
北大核心
2008年第5期447-450,共4页
Journal of Jinan University(Natural Science & Medicine Edition)
基金
国家"十一五"国防预研项目子专题(37206001)
广州市科技公关计划引导项目(33106021)
关键词
双核通信
无线光互连
误码率检测
dual-core communication
wireless optical interconnection
BER testing
