火力与指挥控制
火力與指揮控製
화력여지휘공제
Fire Control & Command Control
2015年
11期
159-162
,共4页
CAN总线%自行高炮%数据采集%协议转换%相关分析%双机分离
CAN總線%自行高砲%數據採集%協議轉換%相關分析%雙機分離
CAN총선%자행고포%수거채집%협의전환%상관분석%쌍궤분리
CAN bus%self-propelled antiaircraft gun%data acquisition%protocol transition%correlation analysis%double engine cooperation
针对某型自行高炮缺少总线数据记录和分析手段的问题,基于双机分离、协议转换、时序分析等技术,实现了CAN总线数据实时采集、存储、转发、回放和时序错误监测;基于相关性分析实现智能故障定位,基于统计分析实现总线性能评价.为部队提高装备训练、维护水平提供了有力技术支撑.
針對某型自行高砲缺少總線數據記錄和分析手段的問題,基于雙機分離、協議轉換、時序分析等技術,實現瞭CAN總線數據實時採集、存儲、轉髮、迴放和時序錯誤鑑測;基于相關性分析實現智能故障定位,基于統計分析實現總線性能評價.為部隊提高裝備訓練、維護水平提供瞭有力技術支撐.
침대모형자행고포결소총선수거기록화분석수단적문제,기우쌍궤분리、협의전환、시서분석등기술,실현료CAN총선수거실시채집、존저、전발、회방화시서착오감측;기우상관성분석실현지능고장정위,기우통계분석실현총선성능평개.위부대제고장비훈련、유호수평제공료유력기술지탱.
The work condition analyzer is designed against the problem that the methods of bus data recording and analysis in the self-propelled antiaircraft gun are lacked. It implements real time collection, storage, relay, replay and time series mistaken monitoring, based on the technologies of double engine cooperation, protocol conversion, time series analysis. It can achieve bug location and property evaluation based on relevance analysis and statistics analysis. It can offer powerful technology support improving the equipment training and maintaining level.
