simulation timing造句
例句与造句
- a research of simulation time and accuracy for minibus frontal crash
微型客车正面碰撞计算机仿真时问与精度研究 - it can decrease the simulation time and increase calculation efficiency obviously
从而可以明显减少可靠性仿真时求解动力响应的时间开支，提高仿真效率。 - analysis indicates this kind of parallel method can greatly improve simulation time of vhdl
分析表明，该方法可以有效的提高模拟速度，解决模拟空间问题。 - to reduce the simulation time of large circuits, parallel logic simulation has attracted considerable interest in recent years
为减少大规模电路的模拟时间，近年来大家的兴趣转向了并行模拟。 - speed-up techniques for gate-level power estimation are proposed . an efficient power estimation flow is presented firstly to reduce the power simulation time
本文的主要贡献如下:1.提出了加速门级功耗仿真与分析的方法。 - It's difficult to find simulation timing in a sentence. 用simulation timing造句挺难的
- and it can automatically calculate the finding probability after setting correctly random error and simulation times . 4
通过随机误差设置和统计次数选择，igts能自动给出鱼雷武器系统各项作战性能指标如命中概率等统计结果。 - according to the simulation accuracy, the probability and statistics theories are used to develop a calculation formula to calculate simulation times of reliability by monte-carlo simulation method
摘要从模拟精度入手，利用概率论和数理统计的方法，建立了以蒙特卡罗仿真法计算可靠度模拟次数的计算式。 - 5 ) a fast algorithm for estimate of the network connectivity is presented to evaluate reliability of network by monte carlo simulation; and the simulation accuracy and simulation times are also discussed
提出了一个快速判断多源多汇多态网络连通性的bfs算法，用于网络可靠性分析的蒙特卡罗模拟，并讨论了模拟次数与精度的关系。 - this model expresses the dynamic characteristics of hvdc-vsc well, and with this model, the simulation is simplified greatly, the simulation time is reduced to 1 / 20 or less, thus the study of hvdc-vsc become much simpler
该模型既能很好地反映hvdcvsc的动态特性又能大大简化hvdcvsc的仿真过程，使仿真时间减小到了原来的1o0以下。 - finally, detailed algorithms are also presented and the exploitation of simd instructions allows us to achieve nearly 100 % fpu utilization . results demonstrate that the proposed algorithm supports tradeoffs between simulation time and realistic results
实验证明，本文的布料模拟系统可以进行高效的实时运动仿真，减少超弹性等失真现象，在效率和真实感两者间取得较好的折中效果。 - with this experimental system, the influence of short cycle fluctuation of the space environment on thermal control system is investigated and the method that reducing the experimental simulation time is tried and analyzed . the experimental results are used to validate the numerical emulational platform
利用该系统，本文实验模拟了热辐射环境的短周期波动对热控制系统造成的影响，用压缩周期的方法模拟了热辐射环境长周期波动的影响并进行了分析。 - it was observed from the inverse kinematics simulation results that the position, accelerate and velocity minimum-norm solution of joint 1, 3, 7 of the manipulator were controllable with no abnormal fluctuates, which satisfy the motion requirements . however, the position, the accelerate and the velocity of joint 2, 4, 5, 6 of the manipulator varied with time irregularly with high efficiency during the simulation time t = 4.7197s ~ 5s, which would make the joint uncontrollable and result in the vibration of the manipulator system, hence the kinematic performance of manipulator should be improved
逆运动学仿真结果表明，关节1、3、7速度最小范数解、位置与加速度均满足运动要求，无异常波动现象，能够实现控制；而关节2、4、5、6速度在仿真时间t=[4.7197s，5s]时速度、位置和加速度出现异常振荡，关节运动失控，从而引起系统振动，其运动性能需进一步改进。 - in the second place, based on the asu of buggenum igcc plant in netherlands, both static and dynamical model for distillation tower of the asu are created and some valuable conclusions are gained as well . finally, a compartmental simplified model is created for distillation tower of the asu, in order to reduce the simulation time and increase the simulation efficiency . the new model will be helpful to the further simulation and on-line optimal control for the asu of the igcc plant
其次，本文以荷兰buggenum电站的空分系统为原型，基于matlab建立了空分系统精馏塔的半图形化动、静态数学模型，并通过模拟，得出了一些有价值的结论：当空分系统的压力变化时，氧气产品浓度的响应时间常数为两小时左右，说明空分系统是igcc电站最大延迟环节；而且虽然氧气浓度最后会稳定在igcc电站所要求的范围之内，但在过渡过程中会超出限制，这些都为igcc电站的安全运行及控制系统设计提供了有价值的信息。 - the forward kinematics simulation results showed that accelerates of the end-effector obtained from simulation was equal to that of the given . the relation between the velocity of the end-effector and simulation time was nearly linear with gentle tangent slope, and the position varied with time continuously and smoothly without any vibration during moving
正运动学仿真结果表明，末端执行器加速度与给定加速度一致，速度与时间基本呈线性变化且斜率小；位置曲线变化平滑，无振动现象，满足正常工作要求。 - according to federation development and execution process ( fedep ), the concept model of the distributed interactive system is developed, fom / som and fed file are created, real-time and living display is r ealized bye orrectly combining vr-link w ith t he v ision federate, synchronization simulation is carried out by independently advancing simulation time, t he s ystem 1 atency is analyzed b y t esting t he t ime characteristic of t he system
3.3和vr一link3.6.1为开发环境，依照联邦开发执行过程fedep开发出鱼雷武器分布交互仿真系统的概念模型;建立了fom/som模型并生成fed文件;解决了与三维视景联邦成员的接口技术问题，从而实现了实体状态的实时的、逼真的显示;采用独立时间推进实现了联邦的同步仿真;对系统产生的时延特性进行了测试，分析了鱼雷武器分布交互仿真中的时延误差问题。