feedback control 中文意思是什麼
feedback control
解釋
反饋調節-
State feedback control with neural network compensator
神經網路補償的狀態反饋控制 -
Decentralized dynamic states feedback control for a class of uncertain composite systems
不確定組合系統的分散動態狀態反饋控制 -
Based on a duralumin flexible beam with piezoelectric films attached, distributed parameter modal described by partial difference equations is builded, and then turned into a set of two order systems with the method of modal analyse. state feedback control and independent modal control is investigated. and simulation of the closed - loop system with thest two methods is performed in matlab
並用模態分析的方法，將系統的偏微分方程模型轉化成了模態模型；研究了狀態反饋和獨立模態方法；進一步完善了軟體界面以及軟體功能；在實際系統中，應用狀態反饋演算法，有效抑制了懸臂梁在受到外界瞬時脈沖擾動和激振引起的一階、二階模態振動。 -
Research on micron electrohydraulic position feedback control system
微米級電液位置反饋控制系統的研究 -
Application of p - type iterative learning control in functional neuromuscular stimulation feedback control for upper limbs
延遲結果反饋對復雜追蹤任務運動技能學習的影響 -
Optimized feedback control in pe teaching
體育教學過程中信息反饋優化控制的研究 -
Feedback control of veer on double - drum vibratory road roller
雙鋼輪振動壓路機閉環轉向控制 -
State feedback control for the force reflecting telepresence teleerobot systems based on time forward observer
遙操作機器人系統基於前向觀測器的狀態反饋控制 -
First, it analyzes the working principle and some features of the system, such as the circulating current characteristics, power distribution characteristics, and characteristics about closed loop regulation of voltage. then it goes on to the study of some typical control methods, and designs on this basis, a parallel controller using a synchronization control strategy of racing to merging and a load - sharing strategy combined with feedback control and drooped control
文中，首先通過建立系統的數學模型，分析了逆變電源並聯運行的工作原理以及並聯系統的一些主要特性，包括它的環流特性、功率特性和電壓閉環調節特性；在此基礎上，又研究了幾種典型的並聯運行控制方式；然後，採用搶占與並發相結合的同步控制方式和反饋與下垂特性相結合的負載均分控制設計了並聯控制器。 -
In order to compare performance of current feedback control with flux feedback control, the pid parameters optimization algorithm is designed based on genetic algorithm
為了便於對採用電流反饋與採用磁通反饋的懸浮控制演算法的性能進行比較，設計了基於遺傳演算法的pid參數優化方法。 -
Then pid flow rate control algorithm is introduced. all experiments made in this chapter are about measuring the valve parameters according to spool positions, single actuator flow rate control by the calculated flow rate feedback control method, free flow rate dividing control under the sufficient pump discharge flow rate situation, proportion flow rate dividing and flow rate dividing based on meter - in flow rate feedback control method under insufficient pump discharge flow rate situation. the results of all experiments proved that the method presented in this thesis is an effective way to overcome the unreasonable flow rate dividing when simultaneously operating multi - actuators with different inertia loads
第四章介紹了多執行器復合控制實驗系統和實驗方法；介紹了實驗採用的流量控制的pid演算法；並測定了執行器控制閥和閥芯位移相關的系數；做了單個執行器計算流量反饋流量控制、流量足夠情況下多執行器流量任意分配、流量不足情況下多執行器按比例調節流量分配和多執行器進油側流量反饋分流控制實驗；通過實驗說明了論文提出的分流控制方法能實現大小慣性負載復合操作時的合理分流。 -
An ambiguity control mathematical model based on the theory of feedback control
基於反饋控制理論的模糊控制數學模型 -
In proc. ieee real - time and embedded technology and applications symposium rtas 2004, toronto, canada, may 2004, pp. 296 - 305. 14 lu c, stankovic j a, tao g, son s h. feedback control real - time scheduling : framework, modeling, and algorithms
最後，實驗結果證明:對于控制矩陣g處于穩定區的端到端分散式實時系統， ic - eat是收斂穩定的，並為非周期任務提供更好的qos確保，此外， ic - eat還能提供系統吞吐率。 -
Presents the system established by taking variable - speed torque converter with adjustable guide blades as a pilot control unit and forming an open or closed loop feedback control system, and its outstanding advantages, such as high capacity, simplicity, reliability and good transmission efficiency owned by hydrodynamic drive, and the dynamic model developed for variable - speed torque converter with adjustable guide blades by means of theoretical analysis and regression analysis of experimental data, and concluds that the model is sophisticated and simple enough to be used as a tool for design, analysis and computer simulation of a hydrodynamic control system
以導葉可調式液力變矩器作為控制單元組成的開環或閉環液力控制系統，具有液力傳動裝置能容大、系統簡單可靠、傳動效率較高等顯著的優點.通過理論分析和試驗數據的回歸分析方法建立了導葉可調式液力變矩器的數學模型，模型既簡單，又有足夠的工程應用精度，為液力控制系統的設計、動態分析和性能預測提供了必要的理論基礎 -
Standard feedback control and delay feedback control are employed to stabilize the system to an unstable equilibria
利用標準反饋控制與時滯反饋控制實現系統不穩定平衡點的鎮定。 -
The teaching principle that we need to follow includes : system principle, process principle, valid migration principle and feedback control principle
以「培養思維品質」為核心的教學需要遵循的原則有：系統性原則、過程性原則、有效遷移原則和反饋調控原則。 -
The author choosed weighting matrix for different sea conditions, designed the controller and the rudder / fin joint control system. finally, the author simulated the controller with matlab. according to the simulation curves and data, we could find that the controller designed using state feedback control theory has nice control performance on rearing and rolling, but the control performance on pitching is not very good
為不同的海情選取了加權陣，求出控制器，完成了船舶舵鰭聯合控制系統的設計工作最後，用matlab語言對控制器進行模擬，從模擬曲線和模擬數據可以看出，使用狀態反饋h ~控制理論設計出來的控制器對艏搖與橫搖有較好的控制效果，而對橫蕩控制效果不理想，基本達到控制目的。 -
Abstract : this paper considers the decentralized stabilization problem via local state feedback control laws for a class of large - scale linear discrete - time systems with delay interconnections. a sufficient condition for decentralized stabilizability is derived and is expressed as a system of linear matrix inequalities. furthermore, the problem of designing a decentralized state feedback control law with smaller feedback gain parameters is formulated as a convex optimization problem, and latter can be solved by using existing efficient convex optimization techniques. the obtained controller enables the closed - loop systems to be not only stable, but also of any prescribed stability degree
文摘:用一組線性矩陣不等式給出一類線性離散時滯大系統分散能鎮定的一個充分條件，進而，通過建立和求解一個凸優化問題，提出了具有較小反饋增益參數的分散穩定化狀態反饋控制律的設計方法.所得到的控制器不僅使得閉環系統是穩定的，而且還可以使得閉環系統狀態具有給定的衰減度 -
For such a complicated plant model, classic feedback control theory ca n ' t guarantee it ' s optimal performance
對于這樣一個復雜的被控對象，傳統的反饋控制理論方法不能保證其性能最優。 -
The feedback control is introduced to compensate effects of both errors of identification and iterative learning, so the control system can get better robustness and control precision
在此引入反饋控制是為了補償辨識和迭代學習的誤差，以增強被控系統的魯棒性，提高控制精度。
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