physical simulation system造句

• Research on imaging guidance semi physical simulation system design
  成像制导半实物仿真系统设计研究
• Photoelectric orientation semi - physical simulation system for large scale equipments
  大型装备光电定向半实物仿真系统
• As the overland test base of ship motion control system , semi - physical simulation system for ship motion can quicken the exploitation of product , reduce cost and save manpower and material resources
  船舶运动半物理仿真系统作为船舶运动控制系统的陆上试验基地能够加快产品开发速度、降低成本和节省人力物力，它的建成具有重要的科研和实用价值。
• Support for a number of i / o boards in a word , this semi - physical simulation system has been formed to satisfy laboratory education and provide a plane for study of advanced control policy . in doing so , the process control experimental laboratory is enriched
  综上所述，基于本试验系统，作者开发了一个即可用于实验教学又可用于高级算法研究的过程控制实验平台，丰富了过程控制实验系统的内容。
• Control software is written in c language . the semi - physical simulation system is setup to test the software . after that , the brake control system , the position control system , the load control system and the energy control system are combined together and inspected
  用c语言编制控制软件，为了验证控制软件的正确性，建立了半物理仿真系统，对刹车控制系统、位置控制系统、载荷控制系统、能量控制系统进行了连接和检验。
• In that way , a semi - physical simulation system composed of virtual controller and physical device is built for test of the virtual controller based on this system , the three laboratory subjects which are establishment of the mathematic model , development of the laboratory education plane and the study of fuzzy control technology have been done , and the work adequately prove the excellences of this system . ,
  基于这个试验系统，作者完成了数学模型的建立、教学实验平台的开发以及模糊控制技术的研究这三个方面的工作；在这个过程中，也充分肯定了本试验系统的优越性，具体有如下几个优点： 1 )提供了一个图形化虚拟控制器开发环境。
• 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。
• In order to research it , a complicated temperature physical simulation system and on - line measure and control system is presented and developed in this paper ; a controlled object model with the character of time - varying is set up by making use of matlab software ; based on the time - varying controlled object , an dynamic matrix control algorithm with error correction is presented . the simulation demonstrate that the improved dmc is better than the ordinary dmc in control effect
  以工业生产过程中广泛存在的一类时变、非线性、大时延、广义温度被控对象为背景，设计了一套复杂温度物理仿真系统及在线测控装置；以时变为主要特征，利用matlab工具软件，建立了一个时变系统的被控对象模型；以该模型为被控对象，提出了一种误差补偿的动态矩阵控制( dmc )算法。经仿真表明，该算法优于一般的动态矩阵控制算法。
• One side aims at the fact that a series of problems , danger difficulty and disturbing production , are faced when debugging controlled object and running a algorithm on the spot . for this , a kind of physical simulation system of complicated temperature object is designed and made that is controlled by computers , which becomes a agency of debugging the algorithm directly in technical locale and results in the conveniences for academic study and practical application
  一方面是针对在现场对被控制对象调试、运行算法时，存在危险、难度大、影响生产等一系列问题而研制了由计算机控制的一类复杂温度对象( cto )的物理仿真系统，从而为直接在生产现场调试算法制造了一个中介，方便了理论研究和实际应用。
• Secondly , the paper introduced the composition of semi - physical simulation system in the mass and the realization methods of every component ' s functions . afterward the paper introduced the designed ways of tow subsystem : information management organ of ship motion and emulation produce organ of ship motion , and made emulations of ship ' s motional model and the models of ambient interference
  其次，本文总体介绍了船舶运动半物理仿真系统的组成及各组成部分功能的实现方法；然后，重点介绍了其中船舶运动信息管理器和船舶运动仿真产生器两个子系统的软件设计方法，并对船舶运动模型和海浪模型进行了仿真。