系统仿真技术的英文

• system simulation technology

• 系统    system
• 仿真    simulation; emulation; phant ...
• 技术    technology; skill; technique ...
• 仿真技术    emulation technique; emulation technology; simulation techniques; simulation technology
• 数学仿真技术    mathematical modelling technique
• 特殊仿真技术    special simulation technique
• 系统仿真    system emulation; system simulation; systems simulation
• 系统仿真及    promodel
• 模拟技术, 仿真技术    technique of simulation
• 工程系统仿真    engineering system simulation; engler viscosity
• 控制系统仿真    control system imitation
• 离散系统仿真    discrete system simulation language
• 离线系统仿真    off-line system simulation
• 连续系统仿真    continuous system simulation
• 脉冲系统仿真    pulse system simulation
• 物流系统仿真    logistics system simulation
• 系统仿真学报    journal of system simulation
• 线性系统仿真    linear system simulation; linear thermistor
• 用户系统仿真    use user system emulation
• 在线系统仿真    on-line system simulation
• 船舶作战系统仿真    ship combat system simulation
• 非工程系统仿真    non-engineering system simulation; non-enveloped thermistor
• 非线性系统仿真    nonlinear system simulation
• 离散系统仿真编程    discrete system simulator programming
• 离散系统仿真语言    discrete system simulation language

• Nowadays system simulation is concerned with some advanced technologies , such as computer , networking technology , communicating technology , figure & picture technology , multimedia technology , software technology engineering , information engineering , automatic control etc . as time goes by , system simulation is more and more important in all the fields as well developed faster and faster
  系统仿真技术涉及计算机及网络通信技术、图形图像技术、多媒体、软件工程、信息处理、自动控制等多个高新技术领域。随着这些领域不断取得新的进展，系统仿真技术日益向纵深发展，应用领域也迅速扩大。
• Through computer simulation technology , this paper mainly introduces the system simulation technologies " research and application on the field of computer science , the computer simulation technology ' s development on the field of chip simulation technologies . then raise the theory of chip simulation , the feasibility and the detail of the project operation by using object - oriented technology . lt raises a new throught , a new methrod about the system chip ' s simulation , and makes a breakthrouth in the traditional chips simulation module
  本文从计算机仿真技术着手，介绍了系统仿真技术在计算机领域的研究和应用，以及计算机仿真技术在芯片仿真技术领域的发展。从而提出了利用面向对象技术进行芯片仿真的原理、可行性及具体实施方案。突破了传统芯片仿真的模式，对于芯片的模拟和开发有一定的推广应用价值。
• The research on advanced simulation technology is pivotal in the development and construction of national defence weapon equipment at present . it will , establishing a kind of new torpedo weapon simulation environment , offer important means for developing of torpedo weapon and synthetically evaluating of countermeasure capability
  先进的系统仿真技术研究是目前国防武器装备发展和建设中的一项关键技术，建立新型鱼雷武器仿真环境，将为鱼雷武器研制和作战对抗性能综合评估提供重要手段。
• 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。
• This paper focuses on launch dynamics of self - propelled gun with nonlinear finite element methods and post - processing technology , based on " the ninth national five years project " of defense keystone research task of dynamic simulation technique study . the main results are concluded as followings : i ) a modeling method of modularization and parameterization is presented . the whole system is composed of six modules , each module is based on parameterization modeling , which makes modification easier and modeling efficient higher
  本文研究的自行火炮非线性有限元法的动力学仿真及其后处理技术是国防“九五”重点预研项目“先进加榴炮系统仿真技术研究”的部分内容，其研究成果主要有以下几个方面： 1 、提出了自行火炮系统模块化、参数化的仿真建模方法，自行火炮分为后坐部分等六个组成模块，每个模块采用参数化建模，便于修改局部设计参数，提高了建模效率。
• This thesis first states the characteristics of the equipments that have been adopted by the modern fighter and their basic technical performance . then an overall layered modular design for air combat simulation system is made utilizing system simulation technology and critical sub - systems have been mathematically modeled known as fighter body , propulsive system , flight control system , radar , fire control system , gun , air - air missile and avionics . after that a set of distributed air combat simulation system software is developed based on the scene graphics pc platform
  本文首先介绍了现代战斗机空战技术装备及其基本技术性能特点；而后使用系统仿真技术，依据分层模块化设计思想，制定了空战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、雷达、火控系统、航炮、空空导弹、航电设备等战斗机关键子系统数学模型；在此基础上，根据总体设计方案，在基于pc的分布交互式视景仿真平台上开发了一套分布式空战仿真系统软件，实现了战斗机交互式飞行仿真和分布式空战仿真。
• Using the formula of taylor , the dissertation disperses the mathematics model as the classical form of wave - arithmetic and displays the spread process of heat . according to the principle of object - oriented theory combined with the sample method , the software is divided into three parts : pre - analysis groupware , analysis groupware and after - groupware
  在研究系统仿真技术的基础上，以面向对象程序设计方法与原形法相结合的方法，将仿真系统划分为前处理组件、求解器组件和后处理组件，以sun公司的java技术和java3d软件包设计系统的应用程序。