1) Simulator
[英]['sɪmjuleɪtə(r)] [美]['sɪmjə'letɚ]
仿真转台
1.
Research on the Adaptive Model-following Control Based on SMC and FLC for Hydraulic Servosystem in Simulator;
仿真转台液压伺服系统自适应模型跟踪模糊变结构控制的研究
2.
Modeling of three axis simulator and decoupling control;
三轴仿真转台系统模型建立及解耦控制研究
3.
Design and Realization of Simulator s Computer Control System;
仿真转台计算机控制系统设计与实现
2) Simulation table
仿真转台
1.
Following them,the composing of the dynamic performance testing system particularly,include 3-axis electro-motion flight simulation table,interface conversion card,laser pointer and screen are discussed in detail and the method that tests the dynamic performance measurement is presented.
简要介绍了稳定平台系统功能和主要技术指标,详细介绍了机载SAR稳定平台动态性能测试系统组成,包括三轴电动飞行仿真转台系统、接口转换卡、激光笔、屏幕。
2.
Mode updating and analysis utilizing finite element analyse software was carried out on a certain type of simulation table frame on the basis of optimization goal of guaranteeing the frame rigidity and reducing its inertia.
针对某型号仿真转台台体框架,基于保证框架刚度和降低框架转动惯量的优化目标,利用有限元分析软件对其进行模态分析和模态修正,得到了框架各方向一阶固有振型频率基本一致的优化结果。
3.
This paper has a research on servo oil-source system included in the integrated design of simulation table, and finally checks its solutions.
本文针对仿真转台总体设计方案中伺服油源系统进行研究并验证解决策略。
3) simulation turntable
仿真转台
1.
Research on model of pointing error of a three-axis simulation turntable;
轴仿真转台指向误差的建模研究
2.
A robust-optimal controller design method is proposed based on T-S fuzzy model to deal with the nonlinear and uncertainty problems on the flight simulation turntable system.
针对飞行器仿真转台系统的非线性以及不确定性问题,提出了基于T-S模糊模型的鲁棒最优控制器设计方法。
3.
In order to avoid the unbalanced gravity load during the simulation of large-scale aircrafts,a hollow electro-hydraulic servomotor for the simulation turntable is designed and manufactured.
针对大体积飞行器仿真试验时的重力偏载情况,设计制造了一种仿真转台用中空式电液伺服马达。
4) flight simulator
仿真转台
1.
Research on Performance Improvement and Advanced Control Method of Flight Simulator;
飞行仿真转台品质整定与先进控制方法研究
2.
Considering friction moment disturbances and system parameter perturbations during the control of flight simulator,a robust controller based on quadratic stability is proposed.
针对摩擦力矩干扰,系统参数摄动等非线性扰动环节对仿真转台控制系统的影响,提出了基于二次稳定理论的仿真转台鲁棒控制器设计思想。
3.
Applying it into the flight simulator control, a satisfying performance is obtained.
在仿真转台控制系统设计中获得了良好的控制效果 ,从而说明了该方法的有效性。
5) Flight simulator
飞行仿真转台
1.
With regard to the high precise flight simulator, the precision is influenced by many factors, such as inertia coupling when three frameworks rotating at the same time and imbalanced torque due to load dimension and not superposition between barycenter and the center of rotating.
对于高精度的飞行仿真转台,影响其精度的因素很多,如三轴同时转动时的惯量耦合及负载重心与回转中心不重合等原因而造成的不平衡力矩,本文针对这两个问题进行了分析,建立了转动惯量与转角、负载偏载力矩与转角的函数关系,通过仿真计算说明,外框的转动惯量,内框的偏载力矩受耦合影响最大。
2.
Firstly,the theoretic model of three axis flight simulator is established, and the reduced order model is obtained by using an improved genetic algorithms (IGA).
在理论分析的基础上建立了三轴飞行仿真转台机理模型,利用改进的遗传算法得到了降阶模型,并依据先验知识,在不同工况条件下利用改进的遗传算法对外框模型进行离线闭环辨识,得到了由10个外框模型构成的模型集合,最后,在模型集合的基础上,利用改进的遗传算法提取出了外框系统的标称模型。
3.
According to the high precision and high power characteristics of a novel electric-driven flight simulator, an effective driving scheme is proposed.
针对一种新型电动飞行仿真转台高精度、大功率的突出特点,设计了十分有效的驱动方案。
6) hydraulic simulator
液压仿真转台
1.
Robust control of hydraulic simulators using a μ-synthesis approach;
液压仿真转台μ综合法鲁棒控制设计
2.
A robust compound control structure is presented for hydraulic simulator,which suffers from severe time-varying uncertainty and external disturbance,and whose performance requirement,such as high-accuracy tracking control,becomes higher and higher.
针对液压仿真转台具有时变不确定性、复杂外干扰等特点和高精度控制性能要求,提出了一种鲁棒复合控制结构,该结构由鲁棒内回路补偿器、外回路反馈控制器和输入信号前馈补偿器三部分组成。
3.
A synchronization control strategy is presented based on coordinated control according to the electrohydraulic servosystem’s nonlinear characteristic in hydraulic simulator.
针对液压仿真转台中框同步驱动系统的特点,提出一种基于协调控制的同步控制策略。
补充资料：国际仿真数学与仿真计算机学会
各国仿真数学和仿真计算机方面的学者和团体联合组成的国际性学术组织,缩写IAMCS。1955年成立。原名国际模拟计算机学会（IAAC），1976年改用现名。中国自动化学会系统仿真专业委员会代表中国参加这个学会。学会总部设在比利时的布鲁塞尔。学会的宗旨是促进计算机仿真方面的专家、制造厂和用户之间交流科学信息。该会接受个人会员和团体会员（包括有关的工厂、机关和研究所），并设有荣誉会员。每三年举行一次国际性大会。它是5个国际学会协调委员会（FIACC）成员之一。其他 4个是国际自动控制联合会(IFAC)、国际信息处理联合会（IFIP）、国际运筹学会联合会(IFORS)和国际测量联合会（IMEKO）。学会出版物有：《IAMCS会议录》，《IAMCS会刊（仿真数学与仿真计算机）》和《IAMCS会刊（应用数值数学）》。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条