摘要
火炮战场抢修的远程支援保障系统,采用3层分布式固定通信网络、开放式结构、异地通构方式,由现场监控诊断、网络传输、远程诊断中心组成。其抢修前端采集损伤信息和数据,向抢修支援中心发出请求。经认定后中心响应前端请求,确定参与会诊的专家。在约定时间内,各专家通过Internet与抢修支援中心连接,和战场抢修人员通过可视化系统进行交流。最后由火炮战场抢修专家系统根据协同诊断情况做出诊断结论并传输至抢修前端。
Triple distributed fixed communication network, open architecture and communication structure in different area were adopted in the long-distance support system for artillery battlefield damage repair; the system is mainly composed of field monitor diagnosis, network transmission and remote diagnosis centre. The repair front-end gathered damage information and data and sent request to repair support center. The centre responded request after recognized and decided who participated in consultation. In promissory time, experts connected with repairing support centre through Internet and communicated with battlefield repair men through visual system. At last, diagnostic conclusion was given by expert system according to mutualism diagnostic information, and the conclusion would be sent to repairing front-end.
出处
《兵工自动化》
2006年第9期18-19,共2页
Ordnance Industry Automation
关键词
战场抢修
远程支援
三层分布式
固定通信网络
火炮
Battlefield repair
Long-distance support
Triple distribution
Fixed communication network