通信装备作战效能数据采集及分析系统
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摘要
为提高通信装备作战效能数据采集及分析过程的实时性和可靠性,从现有作战效能数据采集过程中的技术难点出发,分析系统需求和功能特性,在此基础上设计一种通信装备作战效能数据采集及分析系统。以通信装备作战效能中的抗干扰效能数据的采集与分析为例,从数据准备层面明确最能及时准确反映抗干扰效能的主要数据,从数据处理层面分析了采集数据变化趋势与作战效能变化趋势的关联性。仿真结果表明:该系统有利于提高数据采集及后续分析过程的效率,可为进一步分析战场通信装备整体作战效能演变态势、实施评估决策和合理调整任务计划等提供技术支持。
In order to improve the performance of real-time and reliability of data acquisition and analysis for operational effectiveness of communication equipments, this paper analyzes the system requirements and functional characteristics according to technical difficulties in the current operational effectiveness data acquisition process, based on this, design the data acquisition and analysis system for operational effectiveness of communication equipment. Taking the data acquisition and analysis of anti-jamming effectiveness as an example, this paper indicates the main data for reflecting anti-jamming performance from the aspect of data preparation and analyzes the relationship between the data variation trend and the operational effectiveness from the aspect of data processing. The simulation results show that the system can effectively improve efficiency of data acquisition and follow up analysis process, this proposed scheme also can provide technology support for the further analysis of overall operational effectiveness evolution of communication equipments, decision making and adjustment of mission planning.
In order to improve the performance of real-time and reliability of data acquisition and analysis for operational effectiveness of communication equipments, this paper analyzes the system requirements and functional characteristics according to technical difficulties in the current operational effectiveness data acquisition process, based on this, design the data acquisition and analysis system for operational effectiveness of communication equipment. Taking the data acquisition and analysis of anti-jamming effectiveness as an example, this paper indicates the main data for reflecting anti-jamming performance from the aspect of data preparation and analyzes the relationship between the data variation trend and the operational effectiveness from the aspect of data processing. The simulation results show that the system can effectively improve efficiency of data acquisition and follow up analysis process, this proposed scheme also can provide technology support for the further analysis of overall operational effectiveness evolution of communication equipments, decision making and adjustment of mission planning.
引文
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[2]VT Miltope.MSD-ICE[R].http://www.miltope.com/msd/MSD-ICE-VT Miltope.htm.Hope Hull,Alabama:VT Miltope.2013.
[3]O’Neil&Associates.EMS Item Solutions[R].Revolutionizing Documentation.http://www.oneil.com/military/ems.cfm.Miamisburg,OH:O’Neil&Associates,2013.
[4]Program executive office Command Control Communications Tactical.Connecting Tomorrow’s Warriors[R].http://PEOC3T.Army.Mil.2014 PEOC3T PORTFOLIO,2014.
[5]O’Neil&Associates.EMS NG Intrusive Diagnostics[R].Revolutionizing Documentation.http://www.oneil.com/military/diagnostics.cfm.Miamisburg,OH:O’Neil&Associates,2013.
[6]O’Neil&Associates.ARMY:EMS NG Electronic Maintenance System-Next Gen[R].Revolutionizing Documentation.Miamisburg,OH:O’Neil&Associates,Inc.2013.
[7]KALE A,CHACZKO Z,SLEHAT S.Hy Mu DS:A Hybrid Multimodal Data Acquisition System[C].Computer Aided System Engineering.IEEE,2015:107-112.
[8]杜鹏,陶洪铸,高保成.面向多应用的通用数据采集技术方案[J].电力系统自动化,2015,39(6):26-29.
[9]XU Q,LIU J,ZHANG L,LEI Zhang.A Lightweight Framework for Data Acquisition and Quality Monitoring in Power System[C].Proceeding of the 11th World Congress on Intelligent Control and Automation.IEEE,2014:2956-2960.
[10]吕建伟,徐一帆,谢宗仁.大型复杂武器系统可靠性和维修性指标的总体优化方法[J].兵工学报,2016,37(6):1144-1152.