高炮火控系统

高炮火控系统高炮火控系统
  1. 示踪瞄准在小口径高炮火控系统设计中的应用

    Aiming Trail Applied to FCS of Anti-aircraft Gun with Small Caliber

  2. 通用高炮火控系统教学仿真平台的实现

    Simulation platform of general fire control system of AA gun implementation

  3. 高炮火控系统各子系统间信息传递的优化技术

    Optimization Techniques of Information Transmission between the Subsystems of Fire Control System

  4. 高炮火控系统射击问题算法研究

    Algorithmic Research about Firing in the Firing Control System of Antiaircraft Artillery

  5. 某自行高炮火控系统目标诸元平滑方法分析

    Analysis of Target Data Smoothing in Fire Control System of a SPAA Gun

  6. 适应对直升机射击的高炮火控系统设计问题

    Design of Antiaircraft Fire Control System For Shooting Helicopter

  7. 基于HLA/Virtools的高炮火控系统仿真平台设计

    Design of Anti-aircraft Gun Fire Control System Operation Simulation Platform Based on HLA / Virtools

  8. 该方法已成功应用于某高炮火控系统的综合检测与诊断设备中。

    And the technique has applied successfully in the test equipment of the fire control system .

  9. 小高炮火控系统效能评估准则与模型研究

    Study on Effectiveness Criteria and Model in Evaluation of Fire Control Systems of Small Calibre Antiaircraft Gun

  10. 论文主要完成了高炮火控系统的设计与实现;

    The main contents of the paper includes : the design and realization of cannon firepower control system ;

  11. 高炮火控系统的火控精度分析采用VC++实现。

    The firepower control precision analysis of antiaircraft artillery gun firepower control system was implemented by VC + + .

  12. 高炮火控系统的故障检测和诊断一直是部队装备保障任务中重要的课题之一。

    Fault detection and diagnosis in fire control system of anti-aircraft gun is constantly a key topic in the task of weapon maintains for army .

  13. 论文主要完成了虚拟高炮火控系统仿真平台的设计;虚拟交互场景的显示;

    The paper has finished the design and realization of virtual cannon firepower control system simulation platform , the display of virtual interactive scenes , the trajectory simulation of cannon .

  14. 以某高炮火控系统为例,介绍了列表寻优法的工作过程,阐述了信息流模型的原理与构建。

    Taking the fire control system of a certain antiaircraft gun as an example , the TABU work flow is introduced , and the principle and construction of the information flow model is described .

  15. 通过对某自行高炮火控系统输入与输出数据各点处加密处理分析及仿真,给出了分析结果,选出了较为经济合理的加密取法。

    Through the analyses and simulations for the input and output data of a SPAAG fire control system extrapolations at different locations , analysing results are provided , and an economic and rational extrapolation method is obtained .

  16. 本文首先概括地介绍了高炮火控系统的基本组成和功能,同时对在火控仿真过程中的重点和难点问题,例如滤波问题、跟踪线独立问题进行了详细的阐述。

    First , the paper introduces the basic structure and functions , and expatiates the key points and difficult problems in the process of fire-control simulation , such as the filtering , the independence of the tracking LOS ( line of sight ) .

  17. 小口径高炮光电火控系统模拟训练软件基于DOS环境,使用C高级语言编程。

    Simulation and training software of fire control system for small caliber AA-Guns is based on environment DOS , the program was compiled with C programming language .

  18. 基于嵌入式微处理器的自行高炮火控监测系统研究

    Research on fire control system of self-propelled anti-aircraft gun based on embedded micro-processor

  19. 所阐述的理论与技术是为近程防空反导领域中的速射小高炮的火控系统总体的论证、设计与试验提供理论与方法的支持。

    Theories and technologies stated in this dissertation are to support the demonstration , design and test of rapid-shot anti-aircraft gun fire control system in fields of short range air defense and antimissile theoretically and methodologically .

  20. 基于USB总线的高炮火控计算机测试系统设计

    Design Testing System for Fire Control System of Antiaircraft Artillery with USB

  21. 在研究高炮对空中目标进行瞄准、跟踪和射击的基础上,利用虚拟分析技术,采用面向对象设计方法,实现虚拟高炮火控系统仿真平台的视觉模拟。

    The visual simulation of the virtual cannon power control system is implemented to aim , track and shoot objects in the sky , this technique is based on the virtual simulation technology and object-oriented design method .