通过实验验证了此简化算法和控制环设计的有效性。
The experimental results verified the validity of the algorithm and the control loop design.
运行时机组的两个控制环同时工作，实现变速恒频。
Two control ring work together to realize variable speed constant frequency.
经调整处理，完全解决了控制环开裂和导管拉伤问题。
Those problem has been solved through adjustment and treatment.
对控制环量方法在离心叶轮准三元设计中的应用展开了研究。
This paper focuses on the application of method of controlled circulation in the quasi three dimensional design process of centrifugal impeller.
第二点是，人们必须将一些控制环与顺序逻辑控制更紧密地集成。
The second is where you have to integrate the loop closely with the sequential logic.
其中位置控制环采用模糊控制，并进行前馈补偿，构成复合控制。
In the position loop, the fuzzy controller and the feedforward compound controller are used.
因此，在理论上，该方案的跟踪精度要优于叉积自动频率控制环。
Therefore, in theory, tracking precision of the proposed scheme will precede CPAFC.
通过建模分析，DCRTP控制环降低了节点失效对组播树的影响。
Modeling analysis proves that DCRTP reduces the influence of node failures on multicast tree.
旋转仪器上的一个控制环，改变镜间的角度，直到目标的两个影像重合。
You rotate a control on the instrument, which varies the included angle between the mirrors, until the two images of the target coincide.
本文基于交叠DFT算法提出了一种新的自动频率控制环结构设计方案。
A new structure of automatic frequency controlling loop based on overlapping DFT algorithm is proposed in this dissertation.
更有甚者，这些方案没有提供任何正式的设计方法来确保控制环的稳定性。
Further, these proposals do not provide any formal design methodology to ensure the stability of the control loop.
为今后研究卧式机组的控制环的刚强度打下了基础。具有一定的理论及实际价值。
Lay a solid foundation for researching stiffness and strength of control ring for horizontal shaft turbine.
同时简要讨论了VRM设计时在电路布局、控制环设计及变压器设计时应注意的问题。
The design of PCB layout, control loop and transformer is discussed roughly as well.
详细设计了DCRTP组播树的形成、维护和优化，设计了DCRTP控制环的形成和恢复。
The formation, maintenance and optimization of DCRTP's multicast tree and the formation, recovery of DCRTP's control ring are designed in detail.
实验结果表明：与仅有位置控制环的控制策略相比，该方法提高了系统的稳态精度和动态性能。
Experimental results show that the system performance using the proposed control strategy is better than that using the control strategy with position control loop only.
在力控制环建立了基于BP网络的自适应pid控制器，该网络可辩识所接触环境的动力学特性。
An adaptive PID controller Which utilizes a BP network is also devised in the force control loop. This network can identify the dynamics of the contacting environment.
本文提出了一种逆变器数字多环控制技术，该方案在电流环和瞬时电压环之外附加了一个重复控制环。
This paper presents a digital multiple-loop control technology of inverters. The scheme incorporates a current loop with an instantaneous voltage loop, while a repetitive control outer loop is added.
并通过分析转速输出曲线，提出了加入模糊速度前馈控制环的系统改进方案，系统稳定性得到较大提高。
An improvement which adds fuzzy speed feedforward controller to the system is described after analyzing the output curve of rotor speed. Remarkably, the stability of system is enhanced.
为了克服这缺点，提出一种交流伺服系统可重构控制器的设计方法，该控制器的各个控制环由多种控制策略组成。
For overcoming this defect, this paper proposes a reconfiguration controller of ACSS, each control loop consists of some control strategies.
加州大学洛杉矶分校研究人员首次证明控制环如何被激活，以及如何重新调整自己以便打开让钾离子穿过细胞膜的通道。
The UCLA researchers were able to identify for the first time how the gating ring is activated and how it rearranges itself to open the gateway that the ions flow through.
分析了影响同步电动机矢量控制电流控制环动态特性的主要因素，指出同步电动机反电动势是其中最重要的干扰因素。
F(electromotiveforce) of synchronous motor is the most important interference, the general PI(proportion integration)current regulator does not retrain the effect of E.
功率变换器主电路采用电压电流双闭环瞬时值反馈控制方式，电容电压和电流瞬时值控制环提高了系统的稳定性、硬特性、稳态特性及动态特性。
The voltage and current real-time feedback control method is adopted, which improves the stability, the stiffness, the static characteristics, and the dynamic characteristics of the system.
通过对并联有源电力滤波器的时域分析，得到了电流预测控制的内部模型结构，并根据预测控制理论对并联有源电力滤波器的电流控制环进行了研究和实现。
Through the analysis of SAPF in time domain, the internal model of current predictive control is obtained and the current loop of SAPF is studied and realized.
为了支撑低层次的管理控制和高层次的自我治理，敏捷团队需要关注于团队管理环的中心部分——连接。
To sustain a low level of leadership control and a high level of autonomy, Agile Teams need to focus on the central part of the Team Management Wheel - Linking.
dmesg命令也可用于打印和控制内核环缓冲区。
The dmesg command can also be used to print and control the kernel ring buffer.
Oozie工作流是放置在控制依赖DAG（有向无环图Direct Acyclic Graph）中的一组动作（例如，Hadoop的Map/Reduce作业、Pig作业等），其中指定了动作执行的顺序。
Oozie workflow is a collection of actions (i.e. Hadoop Map/Reduce jobs, Pig jobs) arranged in a control dependency DAG (Direct Acyclic Graph), specifying a sequence of actions execution.
但除了避免抽烟、环滑铁道和熟食肉类，这也仅是我们能做的，控制着这悠久的传统。
But aside from avoiding cigarette smoke, roller coasters and deli meats, there's only so much that we can do to control this centuries-old tradition.
这里没有公司赞助，单一环节，并且参会人员数量被有意的控制在150人左右，以保证一个足够小社交氛围以便大家参与。
There's no corporate sponsorships, it's single track, and attendance is intentionally capped at 150 people to guarantee a small, social atmosphere for people to connect in.
这里没有公司赞助，单一环节，并且参会人员数量被有意的控制在150人左右，以保证一个足够小社交氛围以便大家参与。
There's no corporate sponsorships, it's single track, and attendance is intentionally capped at 150 people to guarantee a small, social atmosphere for people to connect in.
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