装甲战车

基于H∞混合灵敏度优化控制对坦克装甲战车瞄准线双轴稳定系统进行了设计。

Based on H ∞ hybrid sensitivity optimization control , a biax LOS stabilized system for the tank and armored fighting vehicle is designed in this paper .

该装甲战车虚拟仪表系统架构是基于CAN总线，以嵌入式计算机PC104为核心。

This virtual instrument system of armor vehicles is based on the CAN bus with the embedded computer PC104 as its center .

非自动推进的缆索铁路车辆用轮子自动推进的装甲战车

Coach , cable railway , not self-propelled self-propelled armoured fighting vehicles

装甲战车图像跟踪系统的关键技术研究

Study on the Key Techniques of Image Tracking System on Armored Car

与装甲战车服役期相匹配的维修策略

Maintenance Policy Adapted to Service Time of Armor Chariot

装甲战车底盘任务可靠性分析

Mission Reliability Analysis of Armored Combat Vehicle Chassis

在现代局部战争中，装甲战车仍承担着重要的角色。

The armored vehicles will play an indispensable role in the modern regional war .

素有地面战神之称的装甲战车，重新成为战争的主角。

The armor vehicle called " the ground god " is becoming the protagonist of war again .

用轮子自动推进的装甲战车

Self-propelled armoured fighting vehicles

装甲战车车长数字化综合显控系统的研究特种战争装甲运输车

Study on the Digital and Integrated Display and Control System of Armored Car s Commander ; e armoured transporter

该文根据某装甲战车底盘寿命试验数据，引入任务可靠性概念。

This paper introduces the concept of mission reliability based on the life & cycle experiment data of armored combat vehicle chassis .

建立了虚拟仪表简单的可靠性组合模型，给出了虚拟仪表可靠度计算的数学模型，介绍了装甲战车虚拟仪表可靠性设计的一系列有效的解决方案。

It creates the simple reliability combined model of the virtual instruments , and gives the mathematical model of the virtual instruments reliability calculation .

目前，在我国可用于新一代装甲战车虚拟仪表的嵌入式计算机硬件平台种类比较多，技术比较成熟。

At present , there are many kinds of embedded computers in our country that can be used in new generation virtual instruments in armor vehicles , and the technology is very ripeness .

但是，因技术封锁等历史原因，满足新一代装甲战车虚拟仪表需要，并成功应用于其上的嵌入式操作系统并不多。

However , because of the past time technology blockade , there are few embedded operating system that can be fulfilled the request of new generation virtual instruments in armor vehicles and applied successfully in it .

主要包括CAN总线应用系统设计技术、单片机与嵌入式计算机系统软硬件设计技术、信号调理技术等关键技术的论述，并对装甲战车虚拟仪表可靠性技术做了一些初步研究。

It includes the critical technology like the design method of CAN bus application , system software and hardware design method of microcontrollers and embedded computers and signal processing technology . It also do a preliminary study in the reliability technology of virtual instruments .

通过实际应用证明这种方法运算简便、快捷，可以满足实时仿真的要求，而且可以推广到装甲步兵战车等类似系统上使用。

This method is proved simple , quick and can be extended to similar system .

为了完成未来信息化战争赋予装甲兵的重要使命，满足装甲车辆信息化发展的要求，研究新一代的装甲战车虚拟仪表有着非常重要的意义。

In order to complete the important task that the future informational war has given to the armors , and to fulfill the request of digital development of armor vehicles , it is very important to study the virtual instruments in the armor vehicles .

装甲战斗车辆的发展正处于关键的转折阶段，以新一代主战坦克和轮式装甲战车为代表的战斗车辆之主要特征是信息化和轻型化。

The development of armored combat vehicles is currently facing its key transitional phases . These vehicles are represented by new generation main battle tanks and wheeled armored vehicles . Outsanding features in the development of fighting vehicles are the reduction in weight and application of information science / technology .