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 control loop of attitude angle is designed with dynamic inversion method , and is divided into fast loop and slow loop at two time scales . in the end , the result of simulation showed that the three channels of attitude angle are discoupled by dynamic inversion method
  在姿态角通道的设计中，采用动态逆思想，按照时标分离的原则将直升机飞控系统划分为快慢回路，并分别采用动态逆的方法进行设计，最后通过仿真得以证明直升机的三个姿态角通道得到有效的解耦。
• According to the requirement of precision grinding , a design scheme for the equipment that has dual - station for both measuring and grinding on the same machine is adopted . a cnc control system satisfying the control needs for precision measuring and grinding is developed , which is composed of double cpu comprising of an industrial personal computer ( ipc ) and a programmable multi - axis controller ( pmac ) , with closed control loops and perfect electromagnetic compatibility ( emc )
  根据天线罩的精密修磨加工要求，确定采用“一体式双工位测量与加工”的装备设计方案，研制了满足精密测量与修磨加工控制要求的cnc控制系统，该系统采用由工业控制计算机和多轴运动控制器组成的双cpu结构、全闭环控制方式，并具有完善的电磁兼容性设计。
• In the second part of this paper , it makes a detailed analysis among fluid - model - based , smith - principle - based and two - pd - controllers - based by comparing to the method and application of control theory . then it gets the laws to keep the control loop stable . in order to analyze the dynamic and transient characters , three congestion control algorithms mentioned above have been carried out in the nist atm network simulator and the successful outcomes are brought out
  本论文对atm网络abr业务拥塞控制的控制理论算法进行了总结，简要分析了其优点和缺点；运用控制理论的分析方法和观点对基于流体控制模型、史密斯预估控制模型和双重比例微分控制模型三种拥塞控制算法加以具体的分析，从而分析了怎样确保控制环的稳定性；在nistatm网络仿真软件中嵌入以上三种拥塞控制算法，从而对算法的动态和瞬态特性进行仿真分析，以此证明控制算法的有效性；最后提出了今后atm网络abr业务拥塞控制算法的发展趋势。
• The intelligent vehicles technology may divide into three according to the function level , namely intelligent sensation / early warning system , vehicles control loop and entire automatic operating system ; the intelligent vehicles research involves the computer survey and the control , the computer vision , the sensor data fusion , the vehicles project and so on many domains , may say , the intelligent vehicles research is the computer vision and the computer control research in the vehicles project synthesis
  智能车辆技术按功能层次可以分为三层，即智能感知预警系统、车辆驾驶系统和全自动操作系统；智能车辆的研究涉及计算机测量与控制、计算机视觉、传感器数据融合、车辆工程等诸多领域，可以说，智能车辆的研究是计算机视觉与计算机控制研究在车辆工程上的综合。
• According to a russian professor ' s idea , a controllable reactor model with multi control loops has been constituted by this paper . then based on the finite element method ( fem ) and combining with the circuit theory , the mathematical model of nonlinear magnetic field is presented for the numerical analysis of the magnetic field distribution and the inductance of the controllable reactor model
  本文基于交流可控电抗器的多绕组结构，加工制作了模拟可控电抗器，运用有限元法，并通过场一路耦合分析法，对此电抗器的场分布及其等值电感参数进行数值计算，得到了符合工程分析精度要求的计算结果，为可控电抗器的工程应用提供了相应的理论分析依据和实验结果。
• With the aid of these blocks , it is convenient and flexible to make up different kind of automatic - controlled simulating system and so to accomplish different kind of automatic adjusting task . this paper is focused on the construction of the simulation model of ccs by using the contrived control section model . the ccs employs advanced direct energy balance control strategy and can simulate different running patterns such as turbine following boiler pattern , boiler following boiler pattern , etc . two independent control loops : power control and frequency control , are used in the contrivance of deh and they are separately corresponding to the normal condition and the abnormal condition
  本文利用开发的控制环节模块，着重建立了协调控制系统的仿真模型，该协调控制系统采用了先进的直接能量平衡控制策略，并能仿真机跟炉、炉跟机、机炉协调、手动以及定压和滑压等运行方式；开发的功频电液系统模型采用了功率控制和频率控制两个独立的控制回路，能够在机组正常运行和启停时对汽轮机进行控制。
• This paper presents two basic points to cope with this problem . first , the impact of large time delay in the servo - control loop is avoided through the local automation of the telerobot , therefore , the stability is maintained . second , the transparency is promoted by developing the advanced human - computer interface based on virtual reality ( vr )
  为了解决这一问题，本文的基本思想是利用机器人的局部自主能力，把时间延迟排除在底层控制回路之外，保证遥操作的平稳性；同时，利用基于虚拟现实的人机接口技术提高遥操作的透明性。