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对接仿真
相关语句
  docking simulation
     Rendezvous and Docking Simulation System
     交会对接仿真系统
短句来源
     The dynamics model of rendezvous and docking, optimal rendezvous problem and the framework of the rendezvous and docking simulation system are studied in this thesis.
     本文对交会对接仿真所需的动力学模型、空间交会的最优控制和交会对接仿真系统的总体框架进行了深入研究,并建立了交会对接仿真的原型系统。
短句来源
     Application of Virtual Reality Technique in Rendezvous and Docking Simulation
     虚拟现实技术在空间交会对接仿真中的应用
短句来源
     Application of Prototype Method to Rendezvous and Docking Simulation System
     交会对接仿真系统的原型技术研究
短句来源
     Based on the requests of the ground docking simulation test facility, air bearing, fluid bearing and turn table attitude simulating device are analyzed, a bending resistant attitude simulating device is presented from above analysis, it is light, large stiffness and intensity, little friction torque.
     针对地面对接仿真试验台对姿态模拟装置的要求,分析了气浮、液体静压和机械转台结构形式的姿态模拟装置,提出了一种抗弯件式姿态模拟装置,它能满足质量轻、刚度、强度大和摩擦力矩小的要求。
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  “对接仿真”译为未确定词的双语例句
     The development of the prototype makes the requirement of simulation system definite, and leads to the accumulation of experience.
     在开发此原型系统的过程中,进一步明确了最终的交会对接仿真系统的需求,为最终系统的开发积累了经验。
短句来源
     Simulation & Experiment System of Space Manual Control- Rendezvous and Docking Based on Virtual Reality
     基于虚拟现实的空间人控交会对接仿真实验系统
短句来源
     By introducing the concept of space docking and stewart flat, illuminating the significance of the study about docking emu-lation at present in China, the author probes into the study statue quo of dynamics model、half- physics emulation and locus planningabout space docking system, and further more, analyzes the study strategy and route of locus planning about Stewart flat of SpaceDocking General Test Stand.
     介绍空间对接技术和Stewart运动平台的概念,说明目前研究空间对接仿真技术对我国具有重大意义,探讨国内外空间对接系统运动学动力学建模、半物理仿真和路径规划的研究现状,更进一步深入分析了对接综合实验台stewart平台的轨迹规划研究策略和途径.
短句来源
     By employing the development of the RVD simulation system as the research background, the main work of this dissertation is to study the docking dynamics of spacecraft with Peripheral Docking Mechanisms and to develop the docking dynamics simulation system (DDSS).
     本文以交会对接仿真系统研制为背景,研究了带有周边式对接机构的航天器对接动力学问题,并开发了对接动力学仿真系统(DDSS)。
短句来源
     The applications inspacecrafts are: attitude control simulation in high-accurate long-life satellite, simulation of large flexible and multibody structure, simulation of RDV (Rendezvous and Docking), simulation of spacecraft reentry and real-time fault analysis and countermeasure.
     在航天器具体应用方面包括:高精度长寿命卫星姿态控制仿真、挠性和多体的大型结构仿真、交会对接仿真、飞行器再入和实时故障分析和对策仿真等。
短句来源
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  相似匹配句对
     Rendezvous and Docking Simulation System
     交会对接仿真系统
短句来源
     Research on Simulation of Docking Process
     空间对接过程的仿真研究
短句来源
     Simulation of Programmable Interrupt Controller
     可编程中断控制器的仿真
短句来源
     LAN emulation over ATM
     局域网仿真
短句来源
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  docking simulation
First, a docking simulation utilizing DOCK3.5 is performed in order to screen the fragment database, which was generated with the in-house program FRAGMENT++ specifically for docking simulation purposes.
      
For most ligands, the docking simulation clearly predicted a single binding mode that matched the crystallographic binding mode within 1.0?? RMSD.
      
Multiple solutions are predicted as these two sites compete for polar hydrogens in the ligand during the docking simulation.
      
Docking simulation was then made to reconstruct a complex conformation, which satisfies the SAT and RDC data.
      
In each run, the docking simulation was started from 10 random orientations of AdoMet in random conformations.
      
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The rendezvous and docking (RVD) between two spacecrafts in space in-volves both orbit control and attitude control with up to 12 degrees of freedom. It is very com-plex not only in theory but also inimplementation. In order to ensure the success for RVD and minimize the time for RVD, it is necessary f or simulation testing of complete RVD controlsystem with real hardware and onboard software in the loop. This paper primarily discusses the specification of RVD simulation, simulation methodsand critical simulation...

The rendezvous and docking (RVD) between two spacecrafts in space in-volves both orbit control and attitude control with up to 12 degrees of freedom. It is very com-plex not only in theory but also inimplementation. In order to ensure the success for RVD and minimize the time for RVD, it is necessary f or simulation testing of complete RVD controlsystem with real hardware and onboard software in the loop. This paper primarily discusses the specification of RVD simulation, simulation methodsand critical simulation equipments.

空间交会对接涉及到两个航天器同时要进行多达12个自由度的轨道和姿态控制问题。这不仅在理论上,而且在技术实现上都是相当复杂的。为了确保交会对接的成功并尽量缩短交会对接的时间,必须用实际硬件和星上软件进行整个RVD控制系统的仿真试验。本文主要论述对交会对接仿真技术的要求,仿真方法和关键仿真设备。

This paper presents the virtual reality (VR) technique recently developed and its application in the Simulation of rendezvous and docking (RVD). The virtual RVD simulator has many advantages of low cost, simple equipments, high fidelity and full functions, therefore it is a technique to be worth popularizing and applying.

本文具体讨论近几年来在国际上迅速发展的虚拟现实技术在空间交会对接仿真中的应用。虚拟交会对接仿真器具有设备简单,投资少,逼真度高,功能全等特点,是一项值得在仿真中推广应用的技术。

This paper summarizes and analyzes new development in flight simulation technique and it's application in the recent decennary. These new developments include: simulation computer, motion simulator in multidegree of freedom, whole-orbit target simulatior, artificial intelligence and virtual reality technique, etc. The applications inspacecrafts are: attitude control simulation in high-accurate long-life satellite, simulation of large flexible and multibody structure, simulation of RDV (Rendezvous and Docking),...

This paper summarizes and analyzes new development in flight simulation technique and it's application in the recent decennary. These new developments include: simulation computer, motion simulator in multidegree of freedom, whole-orbit target simulatior, artificial intelligence and virtual reality technique, etc. The applications inspacecrafts are: attitude control simulation in high-accurate long-life satellite, simulation of large flexible and multibody structure, simulation of RDV (Rendezvous and Docking), simulation of spacecraft reentry and real-time fault analysis and countermeasure.

本文综述和分析近十年来飞行仿真技术新的发展及其在航天器中的应用、这些新技术包括:仿真机,多自由度运动模拟器,全轨道目标模拟器,人工智能和虚拟现实技术等。在航天器具体应用方面包括:高精度长寿命卫星姿态控制仿真、挠性和多体的大型结构仿真、交会对接仿真、飞行器再入和实时故障分析和对策仿真等。

 
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