火控系统

• Abstract : it will be helpful for analyzing , understanding and grasping the soft structure and its course of fire control computer by tracing the execute address of the computer software , thus meaningful to patching up the original software
  文摘:应用通用技术研制完成了程序存储器板系统执行地址跟踪系统，可以在不对火控系统产生任何影响的前提下，跟踪并记录下火控系统在进入不同工作状态时以及进入后火控计算机软件执行的地址。
• But fcs and " fly / fire " coupler is the key technique of iffc 。 in this paper , a fire control system of armed helicopters for ground attack is proposed based on the attack system of fix - wing . we stress on our research of fcs , iffc and " fly / fire " coupler for armed helicopters
  本文在参考固定翼飞机攻击系统的基础上,建立武装直升机对地攻击的火控系统,重点对直升机飞行控制系统、综合飞行/火力控制系统、以及飞行/火力耦合器等进行了研究。
• Combined with scientific research practices , by means of single chip microcomputer and computer simulation , on basis of the assembler and vc programming , this paper analyses and researches emphatically the basic principle of tank fire control system simulation , the data collection ( including testing ) , 3d battlefield environment and the modeling of projectile ' s external trajectory etc
  结合科研实践，运用单片机技术和计算机仿真技术，基于汇编和vc编程机制，着重对坦克火控系统系统仿真的基本原理、数据采集的实现（包括测试） 、三维战场环境和弹丸外弹道模型的构建等方面进行分析研究。
• The mws constitutes of missile subsystem , floor support subsystem , and energy control subsystem . through analyzing the system structure and modeling the system , we got the maintainability diagram and mttr ( mean time to repair ) model of the three subsystems , and using bdd method and makov method to solve common - cause - failure problems . for verification of maintainability , we have four sutra methods on the presupposition of not known the distributing , known the distributing , known the distributing and the variance
  分析导弹武器系统结构的基础上，通过对导弹武器系统进行维修性建模和分析，给出了导弹武器系统的导弹弹体系统、地面支援系统和火控系统三个分系统的维修性框图和平均修复时间模型，并研究了维修性模型中运用bdd方法和马尔可夫方法解决共因故障的问题。
• The theoretic analysis based on body dynamic constraint lays a foundation for further engineering researches which are shown as follows : 1 . different characteristics of the railway track surveying system and the attitude reference system for fire control are analyzed . the body dynamic constraint conditions in frequency domain are derived for these two applications
  基于载体动态约束信息的理论分析为以下工程问题的进一步研究奠定了基础： 1 、论文分析了列车轨道测量以及某火控系统姿态参考问题的不同特点，分别推导了相应的载体运动频域约束条件。
• Then according to system simulation technology , the overall air - to - ground attack simulation plan is made with the thought of models and layers . after that , the mathematical models of main parts in the simulation are made such as aircraft body , propulsive system , flight control system , fire control system , bomb and air - to - ground missile . on the basis of these mathematical models , using the object - oriented design methodology , a set of air - to - ground attack real - time visual simulation software is developed . this software can be used to aid aircraft design , research of air - to - ground attack tactics and flight training
  本文首先介绍了现代战争中空对地攻击的技术装备及其特点，计算机仿真技术的发展以及面向对象的软件设计思想；而后使用系统仿真技术，依据分层、模块化设计思想，制定了空对地攻击仿真系统总体设计方案；之后根据目前技术状况，建立了战斗机机体、推进系统、飞控系统、火控系统、航空炸弹、空地导弹等子系统数学模型；在此基础上，利用面向对象的软件设计思想，在基于pc的平台上开发了一套对地攻击视景仿真软件，实现了战斗机对地攻击实时视景仿真。
• 155mm self - propelled gun - howitzer is the main battle sp gun at the beginning of the 21st century . its fire control system is the control center of the individual piece firing , commanding , operating and aiming . this weapon system is designed scientifically on the premise of the research of its operational application
  155mm自行加农榴弹炮将是我军二十一世纪初的主战火炮，其火控系统是单炮自主射击、指挥及操瞄的控制中心，如何将这种先进的武器系统的潜力最大限度地发挥出来，取决于完美的战术运用与科学的作战指挥。
• So , developing expander board for simulation become important the function of expander board is joint between the data bus of pc and the data bus of aviatic electronic system , and operation aviatic electronic system under the control of pc instruction . pc could simulate aviatic electronic device on the ground
  扩展板的重要任务是将专用航电系统的数据总线与pc机的数据总线连接起来，并且依据pc机的指令而操作总线上的子系统，这样pc机就可在地面上模拟飞机上的惯导系统，火控系统等等。
• On the basis of realizing the fire - control real - time simulation system in the antiaircraft artillery weapon system , this paper designs and constructs the distributed weapon system numerical simulation platform based on ethernet , which uses the simulation technique , network communication technique and virtual reality technique . the platform is used for researching and realizing the antiaircraft artillery training simulator . also , it can be integrated with the actual equipment to construct semi - physical simulation system to make the theoretical validating experiment
  本文以实现高炮武器训练系统中的火控系统的实时仿真为基础,运用仿真技术、网络通信技术、虚拟现实技术,设计并构建了一个基于以太网的分布式自行高炮武器模拟训练系统通用数字仿真平台,既可用于模拟训练系统的研究和实现,还可和实际装备集成以组成半物理的仿真系统,进行实际系统的原理性验证实验。