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fire-control
相关语句
  火控
    Building Fire-Control Equipment Long-Range Experiment Teaching System with VXI Bus
    用VXI总线技术组建火控设备远程实验教学测试系统
短句来源
    Design of Fire-Control Simulation System Based on 1553B Bus
    基于1553B总线的载机火控模拟系统设计
短句来源
    Deve1opment of 32-Bit Fire-Control Computer System Based on Standard Industry Bus
    标准工业总线的 32 位火控计算机系统研究
短句来源
    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。
短句来源
    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).
    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。
短句来源
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  “fire-control”译为未确定词的双语例句
    The Application and Development Trend of Fire-Control GIS
    消防地理信息系统的应用和发展趋势
短句来源
    The Research and Application of WebGIS Technology in Important Fire-control Units Management System
    消防重点单位监督系统中WebGIS技术应用研究
短句来源
    In order to provide scientific and easy used decision method, increasing the degree of management and decision, aiding fire-control departments to manage and decide by all kinds of information, especially spatial data. Many fire-control departments have developed, to some extent, management system.
    为了提供科学易用的决策方法和手段,促进消防部门对消防重点单位的监督管理,以便利用消防重点单位的各种信息,尤其是空间信息辅助消防部门管理决策,许多消防部门对消防重点单位的监督系统进行了不同程度的开发。
短句来源
    However, as the development and application of science, especially network and GIS, the present management system has not already adapted to the development which the fire-control units are increasing and the demand of aiding the fire-control department to locate the fire-control unit or to choose the route 、 the water resource near the fire-control unit and querying the information of building near the fire-control unit is to be needed when fire breaks out.
    但随着科技尤其是网络与GIS的发展和应用的日益普及,现有的消防重点单位监督系统已经不能满足对日益增多的消防重点单位管理和发生火灾时需要快而准地对火警定位、路径选择、相应火警点水源、火警点周围的建筑物查询等等提供辅助决策信息
短句来源
    4. To be satisfied with the demand of the increasing of the fire-control units and the rapid search for information, the paper also puts forward to metadata database and analyzes the form of metadata database in details.
    4.为了满足日益增多的消防重点单位的空间数据的管理和检索速度的需要,本文设计了元数据库以及对该系统中的元数据表结构进行了详尽的分析;
短句来源
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This paper expounded the concept of software and softwaresupport for the fire control computer which are used in airborne,innavigation,and at ground.The paper emphasized the beforehand pri-nciples of software support which will be observed.The paper discussedthe development progress of software suport.Also the paper gave anexample of execution process for software support.The conclusions andthe models given by this paper have reference value to acquire fire sof-tware at lower cost and have important meaning...

This paper expounded the concept of software and softwaresupport for the fire control computer which are used in airborne,innavigation,and at ground.The paper emphasized the beforehand pri-nciples of software support which will be observed.The paper discussedthe development progress of software suport.Also the paper gave anexample of execution process for software support.The conclusions andthe models given by this paper have reference value to acquire fire sof-tware at lower cost and have important meaning to complete fire taskat higher efficiency.

针对机载、舰用以及地面火控计算机,阐述软件和软件支持的概念,强调软件支持应该遵守的前提原则,讨论软件支持的发展替续,并例举软件支持的实现过程。给出的结论和模式,对于火控软件的低成本获取具有参考价值,对于火控任务的高效率完成具有重要意义。

In this paper,the advantages of the simulation technique are briefly discussed.Problems of existing models for the tracking systems in fire control systems are summed up and analysed.Relying on the advantages of simulation,a human controller strategy model is developed,so that the above said problems can be avoided.The validity of the model developed is verified.

简述仿真技术的优点。归纳和分析了已有火控瞄准系统操纵手模型存在的问题。凭借数字仿真的优点,推出了操纵手策略模型,避免了上述问题。对所建模型的有效性进行了证实。

Abstract:Performing Fire Control reseach in a realistic operational environment requiresacomplete avionics system in which targeting sensors,displays,controls,ownship motionsensors,and weapons are properly integraged.The AH-64 uses a centralized computer ar-chitecture to implement fire control functions,but its computer resources are relativly satu-rated,making software changes expensive,Apache C/D introduced a new'distributed" archi-texture with separate weapon processor dedicated to weapon/fire control tasks....

Abstract:Performing Fire Control reseach in a realistic operational environment requiresacomplete avionics system in which targeting sensors,displays,controls,ownship motionsensors,and weapons are properly integraged.The AH-64 uses a centralized computer ar-chitecture to implement fire control functions,but its computer resources are relativly satu-rated,making software changes expensive,Apache C/D introduced a new'distributed" archi-texture with separate weapon processor dedicated to weapon/fire control tasks. This paperdiscusses how that new weapon processor was integrated into the existing AH-64 centralcomputer archietecture,decoupling the fire control function from the central computer with- out changing any of that computer' s software. The specific research task involved air to airfire control using the AH-64’turreted 30 mm cannon.

据研究表明,火控系统在实战环境中要求有一个完整的航空电子系统,该系统将目标搜索传感器、显示器、控制器、平台运动传感器以及武器系统综合为一体。AH-64直升机采用了一种完成火控功能的集中式计算机体系结构。但是由于计算机资源已达相当饱和的程度,其软件修改价格昂贵。“阿帕奇”C/D型直升机采用了一种新型“分布式”体系结构,这种结构采用一个单独的处理器执行武器/火控任务。本文讨论范围是,将武器处理与现行AH-64中央计算机体系结构综合在一起,并在对计算机不作任何修改的情况下,将火控功能从中央计算机分离出来的实施方案。该项研究还涉及采用AH-6430mm转塔式航炮空对空火控系统。

 
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