炮控系统,gun control system
1)gun control system炮控系统
1.Aimed at the problems of nonlinear disturbances and varieties of system parameters,the capability ofgun control system was analyzed and the math model was built.针对坦克炮控系统非线性扰动和系统参数非线性漂移等问题,在分析炮控系统性能并建立其数学模型的基础上,提出了转速环双环复合自适应控制策略,设计了负载扰动观测器和单神经元自适应PID控制器。
2.In the approval test of tankgun control system(GCS),according to the requirements of conventional ordnance approval test,the required quantity and form of force should be applied on the tank gun barrel.通过测量受力后火炮与炮塔的运动参量,计算出炮控系统的性能参数,为坦克炮控系统能否定型提供依据。
3.The influence of low velocity properties ofgun control system caused by friction nonlinearity is analyzed based on the friction moment of the stribeck model.从摩擦力矩的Stribeck模型入手,分析了摩擦非线性对炮控系统低速性能的影响。
英文短句/例句
1.Research on AC All-Electrical Gun Control System Based on TMS320F2808基于TMS320F2808的交流全电炮控系统研究
2.Development of Data Acquisition System for Test-bed of Gun-Controlling System of 96-Tank;九六坦克炮控系统试验平台数据采集系统的开发
3.Method of Model Reference Adaptive Control for Tank Gun Control System Based on ESO Filter基于扩张状态观测器滤波的坦克炮控系统模型参考自适应控制
4.Application of A Direct Adaptive Control Method in A Gun Control System一种直接自适应控制方法在某炮控系统中的应用
5.Optimization Design of Auto-Disturbance-Rejection Controllers for Gun Control Systems炮控伺服系统自抗扰控制器优化设计
6.Test & Control System Design for the Cannon’s Recoil Characteristic and Slickness火炮后坐特性及平滑性测控系统设计
7.Research and Implementation of 630 Artillery Serv Measurement and Control Systems;630火炮随动测控系统研究与开发
8.Satisfactory PID Controller Design of Naval Gun Servo System舰炮随动系统满意PID控制器设计
9.Research of Automatic Sprinkling Water Control System before Shooting of Coal Mine煤矿放炮前自动洒水控制系统的研究
10.Optimization Techniques of Information Transmission between the Subsystems of Fire Control System高炮火控系统各子系统间信息传递的优化技术
11.Research on control subsystem in simulation system of launcher rocket communication火箭炮营通信仿真系统控制子系统的研究
12.Research on Integrated Test&Control Platform of self-propelled Gun Fire-Control System Based on ARM7基于ARM7的自行火炮火控系统测控平台研究
13."In World War II, control-system theory was applied to anti-aircraft Batteries and fire-control systems."第二次世界大战时,控制系统理论应用到高射炮和射击控制系统
14.SIMULATION PLATFORM OF GENERAL FIRE CONTROL SYSTEM OF AA GUN IMPLEMENTATION通用高炮火控系统教学仿真平台的实现
15.Autocontrol of Cannon Shot Number During the Shooting Test of Servo System火炮随动系统射击试验射弹数的自动控制
16.Design Testing System for Fire Control System of Antiaircraft Artillery with USB;基于USB总线的高炮火控计算机测试系统设计
17.Research and Simulation on Cross-coupled Control Approach for Servo Systems of Multi Artillery;多火炮伺服系统交叉耦合同步控制及仿真研究
18.The Photoelectric Aimed System of Manual Gun Based on Distributed Fire Control;一种基于分布式火控的手动高炮光电瞄准系统
相关短句/例句
all electrical tank gun control system全电炮控系统
3)antiaircraft gun fire control system高炮火控系统
1.On the basis of the analysis of the accuracy and timing of the model,a conclusion was made that it is possible to use this model inantiaircraft gun fire control systems.建立了某型高炮火控系统的外弹道解算模型,此模型采用迭代-修正的方式,使用R unge-K u tta-F e lhberg自适应步长数值解法,直接解4D外弹道方程组,得到射角和弹丸飞行时间。
4)tank gun control system坦克炮控系统
1.Simulation results show that this is superior to the classical design,and thus a doable technique is provided for the design of thetank gun control system.坦克炮控系统存在低速摩擦,摩擦环节不但造成系统的稳态误差,而且导致极限环振荡、低速爬行等现象。
2.Thetank gun control system is one uncertain and nonlinear system.坦克炮控系统是一类不确定、非线性的复杂系统。
5)shipborne gun fire control system舰炮火控系统
1.The analysis indicates that the bigger system error willbe made by carrying out reference line correcting in stable ship coordinates,there fore ex-act reference line correcting must be made in unstable ship coordinates in modern middle orsmall Calibreshipborne gun fire control system.分析表明：在稳定舰艇坐标系中进行基线修正会引入较大的射击误差，因此，在现代中、小口径舰炮火控系统中，应当在不稳定舰艇坐标系中进行精确的基线修正。
6)gun control system of tank坦克炮控系统
1.Method of adaptive fuzzy sliding mode control ofgun control system of tank;坦克炮控系统自适应模糊滑模控制方法
2.This paper mainly discusses the fuzzy sliding control algorithm forgun control system of tank, which contains nonlinearity and uncertainty.主要针对坦克炮控系统这一包含非线性和不确定性的复杂系统 ,提出了一种新的模糊滑模控制算法 。
延伸阅读
高射炮系统高射炮及其用以保证炮火命中空中目标的配套技术装备的总称。高射炮系统能在全天候条件下连续测定目标坐标，计算射击诸元，使火炮自动瞄准和射击。自行高射炮系统由装于同一车体内的炮瞄雷达、光电跟踪和测距装置、火控计算机以及火炮构成。牵引高射炮系统一般由炮瞄雷达、 高炮射击指挥仪、 电源机组和多门高射炮构成（见图）。在对空作战中，高射炮系统的炮瞄雷达根据目标指示雷达提供的目标信息，搜索、识别和跟踪目标，测量出目标现在坐标(目标的斜距离、方位角和高低角)，并将其不断地传给高炮射击指挥仪。指挥仪根据目标现在坐标和有关参数决定对目标射击的提前点位置，算出射击诸元（提前方位角、射角和引信值），并将其不断地传送给火炮随动装置。随动装置根据射角和方位角诸元驱动火炮,使炮身处于发射位置,以便进行射击。大、中口径高射炮的随动装置还控制引信测合机装定引信分划，使引信适时起爆弹丸毁伤目标。第一次世界大战中，使用了光学测距机、听音机、探照灯等配合高射炮对空作战。20世纪30年代，采用机械模拟式指挥仪计算射击诸元，用电缆同时向各炮传送射击诸元，缩短了传送时间，提高了射击精度。第二次世界大战期间，以炮瞄雷达、机电指挥仪和火炮组成的高射炮系统能在全天候条件下测定目标坐标，并提高了精度。火炮上增加了随动装置，能自动瞄准，消除了人工操作的误差,提高了瞄准速度。20世纪60年代以来,出现了自行高射炮系统，有的系统采用了红外、电视跟踪和激光测距，配合雷达对目标实施观测，并配用多功能的数字式火控计算机，使求取射击诸元的速度和精度进一步提高，抗干扰能力进一步增强，反应时间进一步缩短。
