针对火炮控制系统电气元件类型多、维修难度大的特点，提出了火炮控制系统板级仿真的思路。
Aimed at features of that electrical element of gun control system includes many types and maintenance is very difficult, the idea of IC simulation of gun control system is proposed.
火炮控制检测系统各检测信号大多含有随机干扰，利用卡尔曼滤波可对检测信号进行实时递推滤波。
Each test signal of tank gun control test system usually has random disturbance, real-time recurrence filtering for test signals is performed by means of Kalman filtering.
国外第三代坦克均采用全电式火炮控制系统结构。我国的步兵战车也采用了全电式火炮控制系统结构。
All of the foreign 3rd generation tank use all-electric gun control system construction, and the infantry combat vehicle developed by our country also use all-electric gun control system construction.
在坦克火炮稳定器的位置伺服控制系统中，PID是最常用的控制方法之一，在位置伺服控制系统中超调量与调节时间通常是矛盾的。
PID is one of the most common methods in Tank Artillery Stabilizer location service controlling system, in which the overshoot often conflicts with short settling time.
驻退机是反后坐装置中控制火炮后坐规律的关键部件。
Recoil mechanism is the crucial part which controls the backward movement of a gun.
在火炮制退机中采用磁流变液体，通过改变磁流变液体粘度来调节阻尼，形成液压阻力，也可控制后坐阻力规律。
Using MR fluids in recoil brake of gun, the damping can be regulated by means of changing consistence of MR fluids to form hydraulic resistance, and law of recoil resistance can also be controled.
基于CAN总线的火炮训练模拟器，能方便地实现自动操瞄模拟，为现场总线在工业控制领域之外的应用作了有益的尝试。
The simulation of the automatic operation and gunsight can be realized easily with the training simulator of artillery based on can bus.
车载通信系统使火炮系统能够被连接到火炮连或营的C4ISR网络之内用于信息分享，自动化指挥和控制。
The onboard communication system enables the artillery system to be connected into the C4ISR network of an artillery company or battalion for information sharing and automated command and control.
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。提出了利用电动缸与力传感器结合完成施力测量控制的新方法。
Performance parameters of tank GCS were calculated by measuring the movement parameters of the gun and turret with applied force to provide the basis for the approval test of tank GCS.
完成了火炮的点火通断控制、多路工作电源输出通断控制、接口参数测试、系统自检、系统校准，回放分析等功能。
The system functions of ignition on-off control, multi-way power supply on-off control, interface parameters measurement, system self-check, system calibration, replay analysis are realized.
完成了火炮的点火通断控制、多路工作电源输出通断控制、接口参数测试、系统自检、系统校准，回放分析等功能。
The system functions of ignition on-off control, multi-way power supply on-off control, interface parameters measurement, system self-check, system calibration, replay analysis are realized.
应用推荐