controlled looping中文是什么意思

• 受控循环

• control    n. 1.支配，管理，管制，统制，控制；监督。 2.抑制 ...
• loop    n. 1.(用线、带等打成的)圈，环，匝，框，环孔，线圈 ...
• looping    闭合导线观测; 并联电路; 打转; 防止活套折迭; 飞球弧线偏左，飞球线不平行而偏向内侧; 构成环形; 弧圈形的; 回路法; 回线; 截枝; 空中飞女; 起耳仔（疵点）; 套环缝合法; 形成活套; 循环; 烟囱成波浪状排烟; 自动对口型装置
• looping in    形成回路
• looping-in    环接 环形安装 形成回路; 形成环路; 形成回路
• color looping    颜色循环
• ground looping    地上打转
• hand looping    人工活套
• infinite looping    循环
• jet looping    喷射混合机
• looping angle    抱合角
• looping bed    活套台
• looping car    活套车
• looping channel    (圆盘的)活套槽; 卷料槽
• looping coefficient    环绕系数
• looping compensator    环型补偿器
• looping execution    循环执行
• looping floor    活套段铺板
• looping machine    套口机
• looping maneuver    斤斗机动
• looping meander    环状河曲
• looping method    环线法
• looping mill    环形轧机; 环轧机; 环轧式轧钢机; 活套式轧机; 活套轧机; 线材滚轧机; 线材轧机
• looping needle    套口针
• looping options    循环选项

• The derived equation is useful for the study of dynamic characteristics of novel fps , and its solution directly expedites the simulation of the system in a control loop , and further facilitates the semi - active control process including novel fps
  直接求解该运动方程可有效准确地研究摩擦摆隔振系统的动力学行为，并给包含该系统的半主动控制的仿真和实现带来便利。
• In the attitude determination experiment , star sensor hardware is introduced into the control loop to correct the gyro bias . in the attitude control experiment , firstly using reaction thrusters to perform large - angle slew and then
  姿态确定实验中引入星敏感器实物到控制回路中对陀螺数学模型中的漂移进行修正;姿态控制实验中先进行喷气大角度控制后用飞轮进行稳定控制。
• In this control system , the neuro - fuzzy controller integrated by neuron controller and fuzzy controller is used in the outside layer control loop , the pd controller is used in the inside control loop
  这种方法将模糊控制器与神经元融合构成外层的神经元模糊控制器，它通过神经元学习来在线调整模糊控制器的规则。在内层控制回路上，采用pd控制器，构成神经元模糊- pd双层控制系统。
• Thirdly , the paper detailedly explained the whole system ’ s hardware structure based on dsp , and made the flow chart of the software which realized the pwm occur , the current control loop and the voltage loop
  然后给出了基于dsp的全数字式6kw三相应急电源的硬件实现方法,结合设计出来的硬件,编制了基本的dsp底层程序流程。在程序中实现模拟量采样, pwm产生,电压控制环和电流控制环等功能。
• The work module of rudder was discussed and studied by simulation in side jet and aerodynamic compound control manner , the effect on guidance accuracy by control cycle of attitude control engine and action cycle of control loop was simulated
  重点对采用燃气动力气动力复合控制方式中舵系统的工作模式进行了探讨及仿真研究，对姿控发动机控制周期及控制回路工作周期对制导精度的影响进行了初步仿真研究。
• Simulation results have shown that there are obvious differences in both pid controller parameters and control loop performance for each process , and it is impossible to use same pid controller parameters for optimizing total controller performance indices at one time
  从研究结果看，各种设计方法所获得的pid控制器参数和相应的控制性能存在着很大差异，采用同一组参数同时让多种控制性能指标都达到最优是不现实的。
• The design of an automatic control system for the hangzhou qiaosi power plant is also included in this paper . the system uses intelligent pid controller and fuzzy controller to design automatic control loops , and performs the adjustment of pid parameters
  本文还进行了乔司电厂自动控制系统的设计，结合乔司电厂的特点，运用三段式智能pid控制和模糊控制原理设计了乔司电厂的各控制回路，并进行了pid控制参数的整定工作。
• Based on the analysis of the fuzzy control principle , this paper presents an fuzzy control method with adaptable coefficients which is used in position control loop . therefore , the speed and placidity demands can be satisfied furthest at the same time
  本文在分析模糊控制基本原理的基础上，给出了一种比例因子模糊自调整的模糊控制策略，将其用于外环的位置控制，以最大程度地满足高速卷取对台阶回避快速性和平稳性的要求。
• In this dissertation the control loop of attitude angle and collective piston loop are separately . the controller is designed at two scales . and the simulation shows the uncoupling of three attitudes angle loop is achieved with dynamic inversion scheme
  在姿态角通道的设计中，采用了动态逆思想，按照时标分离的原则将直升机飞控系统划分为快慢回路，并采用动态逆方法对飞行控制系统进行设计和仿真，仿真结果表明动态逆在通道解耦方面非常有效。
• The main control loop of our architecture uses perception interpretation and action prediction to update the world state and then use a specific high - level decision module to decide next action , moreover , we introduce the concepts of situation based strategic positioning and dynamic positioning and role exchange
  本论文采用了多层体系的智能体结构，该结构的主要控制循环是使用感知解释和动作预测模型来更新世界模型，并通过高层决策模型来决定下一步的动作。