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基于灰色关联分析的C~ 4ISR 通信系统效能评估.doc

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基于灰色关联分析的C~ 4ISR 通信系统效能评估.doc

专业文档,值得下载专业文档,值得珍藏20072题录英译集武器装备自动化轮式自行高炮角误差补偿式瞄准线稳定彭永怀1,郭光荣2(1驻绵阳地区军代室,四川绵阳621000;2中国兵器工业第五八研究所军品部,四川绵阳621000)摘要某轮式自行高炮武器系统中瞄准线稳定,其数字积分器利用操作杆或视频测偏器传送前一帧相对位置信息,并将它转换成速度信号,进行数字积分得到极坐标下位置信息,再送入瞄准线稳定模块。稳定模块接收前一帧和当前帧姿态数据,通过相关技术处理,得出稳定控制量,传送给光电转台伺服控制系统。最后由光电转台伺服控制系统驱动光电转台达到稳定瞄准线的作用。关键词自行高炮;瞄准线稳定;姿态角;车体坐标系SIGHTSTABILIZATIONOFANGLEERRORCOMPENSATIONLINEFORONEROLLERPROPERMOTIONAACANNONPENGYONGHUAI1,GUOGUANGRONG21MILITARYDEPUTYROOMOFSTAYMIANYANG,MIANYANG621000,CHINA;2DEPTOFARMAMENTPRODUCTS,NO58RESEARCHINSTITUTEOFCHINAORDNANCEINDUSTRY,MIANYANG621000,CHINAABSTRACTINTHESIGHTLINESTABILIZATIONOFCERTAINONEROLLERPROPERMOTIONCANNONSYSTEM,ITSNUMERICINTEGRATORUSESOPERATIONPOLEORVIDEODERIVOMETERTOTRANSMITTHECOMPARATIVEPOSITIONINFORMATIONOFBEFOREFRAMEANDTRANSFORMTHESPEEDSIGNALTHENUMBERINTEGRALISCARRIEDOUTTOACQUIRETHEPOSITIONINFORMATIONOFPOLARCOORDINATE;THEN,THEINFORMATIONISSENTTOTHESIGHTLINESTABILIZATIONMODULETHESTABILIZATIONMODULERECEIVESTHEPOSEDATAOFBEFOREFRAMEANDCURRENTFRAMETHROUGHCORRESPONDINGTECHNOLOGYPROCESSING,THESTABLECONTROLVALUEISCALCULATEDANDTRANSMITTEDTOTHEPHOTOELECTRICITYTRANSFERPLATFORMSERVOCONTROLSYSTEMATLAST,THEPHOTOELECTRICITYTRANSFERPLATFORMISDRIVENBYTHEPHOTOELECTRICITYTRANSFERPLATFORMSERVOCONTROLSYSTEMTOSTABILIZETHESIGHTLINEKEYWORDSPROPERMOTIONAACANNON;SIGHTLINESTABILIZATION;POSEANGLE;BODYWORKREFERENCEFRAME基于灰色关联分析的C4ISR通信系统效能评估赵策1,戴浩2,刘千里2(1解放军理工大学指挥自动化学院,江苏南京210042;2中国电子设备系统工程公司研究所,北京100039)摘要结合C4ISR通信系统的技战术指标,采用灰色关联分析法对C4ISR通信系统进行基于满意度的效能分析。其步骤包括结合指标树采集指标数据,并进行指标值预处理;构造参考序列(或最优序列);求差序列及关联系数;计算关联度并利用绝对关联度分析指标的贡献度。关联度越大,则方案越优。关键词C4ISR通信网;效能评估;灰色关联分析;满意度EFFICIENCYEVALUATIONOFC4ISRCOMMUNICATIONSYSTEMBASEDONGRAYASSOCIATEANALYSISZHAOCE1,DAIHAO2,LIUQIANLI21DEPTOFCOMMANDAUTOMATION,PLAUNIVERSITYOFSCIENCETECHNOLOGY,NANJING210042,CHINA;2INSTITUTEOFCHINAELECTRONICSYSTEMENGINEERINGCOMPANY,BEIJING100039,CHINAABSTRACTTHROUGHANALYZINGTHEEVALUATIONINDEXOFC4ISRCOMMUNICATIONNETWORK,ASATISFACTORYDEGREEBASEDONEFFICIENCYEVALUATIONMODELISFOUNDEDBYAPPLYINGTHEGRAYASSOCIATEANALYSISTHESTEPSOFFOUNDINGTHEMODELINCLUDEGATHERINGINDEXDATABASEDONINDEXTREE,CONSTITUTINGTHEREFERENCESEQUENCEOPTIMALSEQUENCE,EVALUATINGTHEDIFFERENCESEQUENCEANDTHEASSOCIATECOEFFICIENT,CALCULATINGTHEASSOCIATEDEGREEANDANALYZINGTHEINDEXSATISFACTORYDEGREEBASEDONABSOLUTEASSOCIATEDEGREETHEASSOCIATEDEGREEISBIGGER,THESCHEMEISBETTERKEYWORDSC4ISRCOMMUNICATIONNETWORK;EFFICIENCYEVALUATION;GRAYASSOCIATEANALYSIS;SATISFACTORYDEGREE基于灰色层次模型的防空C3I系统作战效能评估兵工自动化摘要英译集2007年第2期2汤鹏,刘己斌,周练,蒋雨龙(防空兵指挥学院研究生管理大队15队,河南郑州450052)摘要防空C3I系统作战效能评估,先建立基于层次结构的灰色评价指标体系。再采用效用函数法求取指标量化效用函数值,以AHP和DEPHI法确定权重系数,通过灰色法计算综合评估值,从而建立综合灰色系统、效用函数法、AHP法优点的灰色层次评价模型。最后以某防空C3I系统仿真分析,证明了该灰色层次评价方法的简单有效。关键词防空C3I系统;作战效能评估;灰色层次模型;效用函数;AHPCOMBATEFFICIENCYEVALUATIONOFAIRDEFENSEC3ISYSTEMBASEDONGREYHIERARCHYMODELTANGPENG,LIUJIBIN,ZHOULIAN,LIUQINGZHUNO15ADMINISTRANTBRIGADEOFGRADUATE,AIRDEFENSEFORCESCOMMANDACADEMY,ZHENGZHOU450052,CHINAABSTRACTTHEGREYEVALUATIONINDEXISESTABLISHEDBASEDONHIERARCHYSTRUCTUREFORCOMBATEFFICIENCYEVALUATIONOFAIRDEFENSEC3ISYSTEMFIRSTLYTHEN,THEEFFICIENCYFUNCTIONMETHODSAREADOPTEDTOACQUIRETHEINDEXQUANTIZATIONEFFICIENCYFUNCTIONVALUEAHPANDDEPHIMETHODAREUSEDTOENSURETHEWEIGHTINGINDEXTHROUGHGREYMETHOD,THESYNTHESISEVALUATIONVALUEISCALCULATEDTOESTABLISHTHEGREYHIERARCHYMODELBASEDONADVANTAGESOFSYNTHESISGREYSYSTEM,EFFICIENCYFUNCTIONMETHODANDAHPMETHODKEYWORDSAIRDEFENSEC3ISYSTEM;COMBATEFFICIENCYEVALUATION;GREYHIERARCHYMODEL;EFFICIENCYFUNCTION;AHPAHP算法在确定掩护重点目标中的应用周练,刘顺利,黄赛超,刘庆柱(防空兵指挥学院研究生15队,河南郑州450052)摘要通过对影响确定防空重点目标因素的分析,建立需要掩护的重点目标评价指标体系。并采用定性和定量相结合的层次分析法(AHP),选择优先需要掩护的重点目标。其步骤比较尺度和随机一致性指标;构造成对比较矩阵;计算权重并作成对比较矩阵和组合矩阵的一致性检验;确定作为最终决策的组合权向量;最后进行综合评估。关键词AHP算法;掩护重点目标;评价指标体系;比较矩阵;权重向量APPLICATIONOFAHPINDETERMININGIMPORTANTPROTECTIONPROJECTZHOULIAN,LIUSHUNLI,HUANGSAICHAOLIUQINGZHUNO15BRIGADEOFGRADUATE,AIRDEFENSEFORCESCOMMANDACADEMY,ZHENGZHOU450052,CHINAABSTRACTAFTERANALYZINGTHEINFLUENTIALFACTORSDURINGDETERMININGIMPORTANTPROTECTIONPROJECT,ANINDEXSYSTEMFORESTIMATINGTHEIMPORTANTPROJECTSNEEDINGPROTECTIONISSETUPUSEQUANTITATIVEANDQUALITATIVEAHPTOCHOOSEIMPORTANTPROJECTSWITHDIFFERENTPRIORITIESFIRST,COMPARESCALEANDRANDOMCONSISTENCYINDEXESANDCOMPARISONMATRIXISCONSTRUCTEDTHEN,CALCULATEWEIGHTSASTHEFINALDECISIONMAKINGCOMBINATIONWEIGHTVECTOR,ALONGWITHTHECONSISTENCYCHECKINGOFCOMPARISONMATRIXANDCOMBINATIONMATRIXFINALLY,ASYNTHESISEVALUATIONISPROCESSEDKEYWORDSAHP;PROTECTINGIMPORTANTPROJECT;EVALUATIONINDEXSYSTEM;COMPARATIVEMATRIX;WEIGHTVECTOR基于集对-层次分析法的自行火炮作战能力分析高浩珉,贾荣宝(解放军炮兵学院研究生系41队,安徽合肥230031)摘要基于集对-层次分析法的自行火炮作战能力分析,根据火力反应时间、战斗全重、行军战斗转换时间、车体暴露面积等成本型指标及相关效益性指标做出相应决策矩阵。以MATLAB编写基于群组决策时AHP的权重计算方法,并通过计算得到指标层各元素相对于目标层的权重。最后由规范化矩阵得到最优值与最劣值一维矩阵。关键词集对-层次分析法;自行火炮;作战能力OPERATIONALCAPABILITYANALYSISOFSELFPROPELLEDARTILLERYBASEDONSPAAHPMETHODGAOHAOMIN,JIARONGBAONO41BRIGADEOFGRADUATE,ARTILLERYACADEMYOFPLA,HEFEI230031,CHINAABSTRACTTHEOPERATIONALCAPABILITYANALYSISOFSELFPROPELLEDARTILLERYBASEDONTHESPAAHPMETHODISEDUCEDFROM专业文档,值得下载专业文档,值得珍藏THERELATIVELYDECISIONMAKINGMATRIXESCONSTRUCTEDBYTHECOSTINDEXES,SUCHASFIREPOWERRESPONSETIME,OVERALLCOMBATWEIGHT,TIMETOEMPLACE,HULLEXPOSEDAREA,ANDTHERELATEDBENEFITINDEXESTHEMETHODUSEDTOCALCULATETHEWEIGHTOFTHEAHPOFTHEGROUPBASEDDECISIONMAKINGISCOMPILEDBYTHEMATLABSOFTWARE,ANDTHEWEIGHTSOFALLELEMENTSININDEXLAYERCOMPAREDWITHTHOSEINTARGETLAYERISCALCULATEDSUBSEQUENTLYATLAST,THEONEDIMENSIONALOPTIMIZEDCOSTANDTENTHRATECOSTMATRIXESAREDRAWNFROMTHESTANDARDMATRIXESKEYWORDSSPAAHPMETHOD;SELFPROPELLEDARTILLERY;OPERATIONALCAPABILITY预备役高炮师武器系统可射击时间计算模型黄赛超1,刘顺利1,胡建辉2(1防空兵指挥学院研究生队,河南郑州450052;2海南预备役步兵师,海南海口570000)摘要预备役高炮师最大可射击时间与预备役高炮师火力武器战术技术性能和弹药携行量有关。火力武器战术技术性能的战斗平均射数越大,射击时间越短;弹药携行量越大,最大可射击时间越长。假定每个火力单位均能有目标射击,敌实施连续空袭,由此建立计算最大可射击时间的数学模型。实例表明该模型适用性好。关键词预备役高炮师;最大可射击时间;武器战术技术性能;弹药携行量MODELOFRESERVEHIGHARTILLERYDIVISIONWEAPONSYSTEMFORFIRINGTIMEHUANGSAICHAO1,LIUSHUNLI1,HUJIANHUI21BRIGADEOFGRADUATE,AIRDEFENSEFORCESCOMMANDACADEMY,ZHENGZHOU450052,CHINA;2HAINANRESERVEINFANTRYDIVISION,HAIKOU570000,CHINAABSTRACTTHEMAXTIMEOFRESERVEHIGHARTILLERYDIVISIONTOFIREISRELATEDWITHCAPABILITYOFFIREPOWERWEAPONTACTICSTECHNOLOGYANDCARRIEDAMMUNITIONTHEBIGGERAVERAGEFIRINGNUMBER,THESHORTERFIRINGTIMETHEMORECARRIEDAMMUNITION,THELONGERTOFIREASSUMINGEVERYFIREPOWERUNITHASAIMSTOFIRE,ENEMYACTUALIZINGCONTINUUMAIRATTACK,THEREFOREAMATHMODELFORCALCULATINGMAXTIMETOFIREISSETUPBASEDONTHETHESEFACTORSTHEEXAMPLESHOWEDTHATTHEMODELISAPPLICABLEKEYWORDSRESERVEHIGHARTILLERYDIVISION;MAXTIMETOFIRE;CAPABILITYOFWEAPONTACTICSANDTECHNOLOGY;CARRIEDAMMUNITION寿命服从指数分布的装备最佳维修间隔期确定刘军1,冯广斌2,赵亚锋1(1军械工程学院研究生队,河北石家庄050003;2军械工程学院军械技术研究所,河北石家庄050003)摘要分析装备寿命服从指数分布最佳维修间隔期的确立方法。先设定主要参数及维修假设,其武器装备的寿命服从对数正态分布,装备的寿命和维修时间均可当作指数分布处理。接着确定分布密度函数,得出寿命服从指数分布时装备可用度的表达式。最后将相关参数进行泰勒展开得到装备的维修间隔期。工程应用结果验证该方法有效。关键词装备寿命;维修间隔期;指数分布CERTAINTYOFEQUIPMENTBESTMAINTENANCEINTERVALFORLIFESPANINDEXDISTRIBUTIONLIUJUN1,FENGGUANGBIN2,ZHAOYAFENG11BRIGADEOFGRADUATE,ORDNANCEENGINEERINGCOLLEGE,SHIJIAZHUANG050003,CHINA;2ORDNANCETECHNOLOGICALRESEARCHINSTITUTE,ORDNANCEENGINEERINGCOLLEGE,SHIJIAZHUANG050003,CHINAABSTRACTANALYZETHEMETHODTHATHOWTOASCERTAINTHEBESTMAINTENANCEINTERVALOFTHELIFESPANINDEXDISTRIBUTIONFIRSTLY,SETTHEMAINPARAMETERSANDMAINTENANCEHYPOTHESIS,THELIFEOFWEAPONEQUIPMENTOBEYSTOLOGARITHMNORMALDISTRIBUTION,THELIFEOFEQUIPMENTANDTHETIMEOFMAINTENANCECANBETREATASINDEXDISTRIBUTIONSECONDLY,THEFUNCTIONOFDISTRIBUTIONDENSITYISASCERTAINEDANDTHEEXPRESSIONOFTHEUSEABLEOFTHEEQUIPMENTWHICHTHELIFEOBEYSTOINDEXDISTRIBUTIONISACQUIREDFINALLY,THEMAINTENANCEINTERVALOFTHEEQUIPMENTCANBEGAINEDWHENTHECORRELATEDPARAMETERISEXPANDEDINTAYLOR’SSERIESTHERESULTOFTHEENGINEERINGAPPLICATIONSHOWEDTHEAVAILABILITYOFTHEMETHODKEYWORDSEQUIPMENTLIFE;MAINTENANCEINTERVAL;INDEXDISTRIBUTION便携式地空导弹野外训练系统模型分析童勇,肖慧鑫,曲红星,肖旗(防空兵指挥学院研究生管理大队,河南郑州450052)兵工自动化摘要英译集2007年第2期4摘要便携式地空导弹野外训练系统模型由中央控制计算机、信号转接器、瞄准训练弹和对空指挥镜组成。当只有一个激光测点时,系统用相应测定值确定的目标飞行高度代替装定的目标高度。有两个测点时,系统采用激光回波锁定目标角坐标,既可较准确确定目标坐标及运动参数,又能递推目标现在坐标。当激光测点多于三点时,系统采用低重频激光器,其滤波方式以对直角坐标进行最小二乘法滤波平滑较为合适。关键词模拟训练系统;野外训练系统;便携式地空导弹;激光ANALYZEONFIELDTRAININGSYSTEMSIMULATIONFORPORTABLEANTIAIRCRAFTMISSILETONGYONG,XIAOHUIXIN,QUHONGXING,XIAOQIADMINISTRANTBRIGADEOFGRADUATE,AIRDEFENSEFORCESCOMMANDACADEMYZHENGZHOU450052,CHINAABSTRACTTHEPORTABLEANTIAIRCRAFTMISSILEFIELDTRAININGSYSTEMCONSISTSOFCENTERCONTROLCOMPUTER,SIGNALCOMMUTATOR,COLLIMATEDTRAININGMISSILEANDANTIAIRCOMMANDINGLENSWHENTHEREISONLYONEMEASUREDPOINT,SYSTEMREPLACESGIVINGOBJECT’SHEIGHTWITHASSUREDOBJECT’SHEIGHTWHICHISMEASUREDBYLASERWHENTHEREARETWOMEASUREDPOINTS,SYSTEMADOPTSLASERECHOTOLOCKUPOBJECT’SANGLECOORDINATE,WHICHCOULDNOTONLYCONFIRMOBJECT’SCOORDINATEANDMOVINGPARAMETER,BUTALSOFORECASTOBJECT’SCOORDINATEWHENTHEREARETHREEMEASUREDPOINTS,SYSTEMADOPTSLOWERDOUBLEFREQUENCYLASERWARE,WHICHISEQUALTOPROCESSDOUBLEMULTIPLICATIONFLATNESSBYRIGHTANGLECOORDINATEKEYWORDSSIMULATIONTRAININGSYSTEM;FIELDTRAININGSYSTEM;PORTABLEANTIAIRCRAFTMISSILE;LASER战时装备维修备件重要度模糊综合评定方法闫红伟1,康建设1,赵纳新2,王亚彬1(1军械工程学院装备指挥与管理系,河北石家庄050003;2总参第六十一研究所,北京丰台100039)摘要战时装备维修备件重要度二级模糊综合评价模型,在分析影响备件重要度各因素后建立。模型从关键性、耗损性及易换性确定评价因素集。模型建立步骤包括评判集的确定、二级因素集的一级评判、一级因素的二级评判。实例说明,在战时人、财、物资源有限情况下,该模型可针对不同作战想定对备件按重要度进行分级排序。关键词战时装备维修;备件重要度;模糊综合评定FUZZYCOMPREHENSIVEJUDGMENTMETHODFORIMPORTANCEOFEQUIPMENTSPAREPARTSONWARTIMEYANHONGWEI1,KANGJIANSHE1,ZHAONAXIN2,WANGYABIN11DEPTOFEQUIPMENTCOMMANDMANAGEMENT,ORDNANCEENGINEERINGCOLLEGE,SHIJIAZHUANG050003,CHINA;2THE61STRESEARCHINSTITUTEOFGENERALSTAFF,BEIJING100039,CHINAABSTRACTATWOLEVELFUZZYJUDGMENTMODELTODETERMINEIMPORTANCEOFWARTIMEEQUIPMENTSPAREPARTSISESTABLISHEDAFTERANALYZINGTHEJUDGMENTFACTORSTHEJUDGMENTFACTORSETISCOMPOSEDOFCRITICALITY,BATTLEFIELDDAMAGEVULNERABILITY,PORTABILITYANDMAINTAINABILITYOFTHEUNITSTHEPROCEDURETOESTABLISHTHEMODELINCLUDESDETERMINATIONOFTHEJUDGMENTSET,FIRSTJUDGMENTFORTHESECONDLEVELJUDGMENTFACTORSET,SECONDJUDGMENTFORTHEFIRSTLEVELJUDGMENTFACTORSETANAPPLICATIONEXAMPLEISPROVIDEDTODEMONSTRATETHATTHISMODELCANBEUSEDTOCLASSIFYTHESPAREPARTSINACCORDANCEWITHTHEIRIMPORTANCEUNDERDIFFERENTCOMBATCONDITIONS,CONSIDERINGTHELIMITEDRESOURCESOFPERSONNEL,FINANCEANDMATERIALSKEYWORDSWARTIMEEQUIPMENTMAINTENANCE;IMPORTANCEOFSPAREPARTS;FUZZYCOMPREHENSIVEJUDGMENT装备管理评估标准的综合计算方法张增磊1,黄万荣1,魏立宁2,王春霞3(1军械工程学院装备指挥与管理系,河北石家庄050003;2武汉军械士官学校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