self-adaptive controller 中文意思是什麼
self-adaptive controller
解釋
自適應控制器- self : n （pl selves ）1 自己；自身；本身；【哲學】自我；我。2 本性；本質。3 私利；私心，私慾。4 〈俗〉...
- adaptive : adj. 適合的，適應的。
- controller : n 1 管理人，主管人。2 （會計的）主計人，檢查員；〈英國〉（特指宮廷、海軍等的）出納官〈常作 comptr...
-
It combines the fuzzy controller and the self - adaptive unit, achieving the undulatory control of the flexible fin in uncertain environments
它將模糊控制器和自適應單元相結合，解決了不確定環境下柔性長鰭的波動控制問題。 -
This thesis introduces the working principle, craftwork requirement, modeling process, control strategies and the realization of lf refining furnance bottom blowing argon control system. through the study and analysis of bottom blowing argon process control system, the thesis discusses the mean neural network model of controlled object and the mathematical models of the exectors, pwm adjustable pressure controller and pcm adjustable flux controller according to the relevant liquid knowledge and relevant data, including design data, test data and running data. to begin with the craftwork reguirement of bottom blowing argon and the actual instance of the control system, it presents the strategies of fuzzy parameters self - adaptive pid control used in pressure difference inner loop and fuzzy plus pi compound control used in flux outer loop which are based on the above modeling in order to carry out the accurate control of argon flux
本文介紹了lf精煉爐底吹氬過程式控制制系統的工作原理、工藝要求、建模過程、控制策略以及控制系統的實現。通過對精煉爐底吹氬過程式控制制系統進行研究與分析，並根據流體力學的有關知識以及有關數據（其中包括設計數據、試驗數據和運行數據） ，建立起了被控對象的平均神經網路模型和執行機構（即pwm調壓器和pcm調流器）的數學模型。在此模型的基礎上，從底吹氬工藝要求和控制系統的實際情況出發，提出了壓差內環模糊參數自適應pid控制策略和流量外環模糊pi復合控制策略，以實現氬氣流量的精確控制。 -
The effect of the profile of membership function and the defuzzification algorithm on the capacity of fuzzy controller is studied systematical, and a practical self - adaptive fuzzy controller is designed
研究了隸屬度函數及解模糊演算法對模糊控制器性能的影響，設計了實用的自適應模糊控制器。 -
Application of self - adaptive fuzzy logic controller in building automation system
模糊自適應控制在樓宇暖通空調系統中的應用 -
An indirect self - adaptive fuzzy - neural network controller ( fnnc ) has been proposed with its parameters and the structure tuned simultaneously by ga in virtue of the powerful optimization property of ga. the structure of the controller is based on the radical basis function ( rbf ) neural network with gaussian membership functions. the performance of the proposed fnnc is compared with a conventional fuzzy - pid controller and the simulation results show that the fnnc presents encouraging advantages
針對神經網路採用一維反向傳播訓練演算法速度較慢且易於陷入局部極小點的不足，設計了一種間接自校正模糊神經網路控制系統，利用遺傳演算法（ ca ）對隸屬度函數的結構和參數進行優化，模擬比較表明該控制比模糊pid控制具有更優的性能。 -
For these reasons, we can apply the theory of the model reference self - adaptive control syetem design based on the theorem of balance point stabilization in the force system of asymmetric cylinder controlled by symmetric valve. the main idea of model reference self - adaptive controller is to make the self - adaptive control error incline to zero as time passed. the task to design adaptive controller is to find the control input that can make the output of the controlled system to follow that of the reference model
因此將基於平衡點穩定定理的模型參考自適應控制系統設計理論應用於閥控非對稱缸力系統中，其基本原理是使自適應控制誤差隨時間的推移而趨向于零，自適應控制器設計的目的是尋找使被控系統的輸出漸近一致的跟隨參考模型的輸出的控制輸入，以此來改善被控系統的性能。 -
This robust adaptive control uses the identifier to estimate the unkonwn parameter and a " certainty - equivalence " to form a self - adaptive controlling design so as to realize the separation from identifier and controller in design
用辨識器估計系統未知參數，利用「確定性等價原則」構成自適應控制方案，從而實現了辨識器與控制器設計的完全分離。 -
To improve the dynamical property and decoupling capability for a class of multivariable nonlinear systems with strong coupling, based on the principle of decoupling and neural network, a cascade - connected self - adaptive fuzzy - neural network decoupling controller is proposed
摘要為提高多變量、非線性和強耦合系統的動態特性和解耦能力，根據解耦原理和神經網路思想，提出一種兩級串聯結構的自適應模糊神經網路解耦控制器。 -
Moreover, based on a mcu, the hardware and software are designed, and the feasibility and practicability of the self - adaptive fuzzy controller is proved by tests
同時，以單片機為主要控制硬體，進行了整個控制器的硬體和軟體設計，最後通過試驗，驗證了co _ 2氣體保護焊自適應模糊控制電弧傳感器的可行性和實用性。 -
Simulation of boiler burning control system was also performed to study the controller ' s self - adaptive fuzzy control by matlab
用matlab對應用模糊自整定pid控制器的鍋爐燃燒控制系統模型進行模擬研究。 -
In view of the non - linear, uncertain and complicated characteristics of the combustion system in hot - blast stove, referring to the operating experiences at home and abroad, a fuzzy self - adaptive controller was used for controlling the temperature of the waste gas
摘要針對熱風爐燃燒系統的復雜性、參數的不確定性和非線性，結合國內外的操作經驗，為該系統研製了帶修正因子的自適應模糊控制器。 -
How to design the controller are mainly discussed in chapter three. because of the difficulties of the pid arithmetic, signal neuron controller ( snc ) are combined in order to overcome the shortages of the pid arithmetic, which has self - learning and self - adaptive ability
第三章主要是控制系統控制器的設計，針對常規pid演算法的缺點，本文將pid與神經網路相結合，利用神經網路的自學習功能實時的改變控制器的參數。 -
A robust self - adaptive controller on non - linear definite systems
非線性確定性系統的魯棒自適應控制器 -
This paper has built more precision mathematical model for the valve controlled asymmetrical cylinder system based on the simulink simulation flat, then according to actual need and combining self - adaptive control theory, we choose a mathematic model which has good performance to be the reference model of our adaptive control and adopt velocity system of asymmetric cylinder controlled by symmetric valve as controlled device to design the adaptive controller
本文建立了基於simulink模擬平臺上的閥控非對稱缸系統較精確的非線性模型，然後根據對系統提出的性能指標要求，結合自適應理論選取性能良好的數學模型作為自適應控制的參考模型。以閥控非對稱缸速度系統作為被控對象，設計自適應控制系統。 -
This thesis is composed of seven chapters : the first chapter is the introduction of this thesis. it is summary of the background, the technology method, and the significance of research ; in the second chapter, the writer propounded the new method for speed regulating to realize the mainland method. the introduction of the foundation of fuzzy control is the content of the third chapter. the main content of the fourth chapter is the theoretical foundation of fuzzy control ; in the fifth chapter, the writer propounded a kind of self - adaptive fuzzy controller according to the defnult of the conventional fuzzy controller and its properties and structure are alse illustrated at the same time ; the main content of the sixth chapter is the design of sa fuzzy controller ; the seventh chapter is the summary of hardware and software of vfsr for controlling system
本論文共分七章：第一章是緒論，簡介課題研究的背景、技術方法及研究意義；第二章簡單分析了傳統pid調速技術存在的問題，提出新的調速實現方案；第三章給出了模糊集合論中的一些基本概念、運算定理等；第四章主要介紹模糊控制的工作原理，並指出常規模糊控制的缺陷及其多種改進方案；在第五章中，作者根據常規模糊控制器的不足，設計了自適應模糊控制器，並闡述了它的性能結構和工作原理；第六章的主要內容是自適應模糊控制器的設計；第七章是船模純粹自航試驗調速系統的實現。 -
Through the practice, the effect that the ac speed adjusting system is controlled by fuzzy control is good. the main content of this thesis is to design a kind of self - adaptive fuzzy controller applying in vfsr for ship model experiment to meet with the request mentioned above
電力電子技術隨著現代控制技術的發展尤其是智能控制技術的發展，實現純粹自航已不再是難題。本論文研究的是在純粹自航試驗船模電機的調速系統中，引入自適應模糊控制，改善系統的調速性能和控制策略。 -
Then we can control the more precision mathematical model for the valve controlled asymmetrical cylinder system based on simulink with the self - adaptive controller
根據簡化模型設計自適應控制器，用設計的自適應控制器控制基於simulink模擬平臺建立的較為精確的非線性模型。 -
A single neural cell self - adaptive controller is studied. furthermore, a direct digital control system of srm based on this single neural cell self - adaptive controller is designed by using mcs - 80c196kb microprocessor
本文對單神經元pid自適應控制器進行了模擬，並將此演算法應用於sr電機直接數字控制系統中，以intel公司的mcs - 80196kb為控制器，進行了軟硬體的設計和調試。 -
The step of the controlled system is different because of the difference of the load. we try to use the same self - adaptive controller to control the controlled device of different step. the feasibility of the control strategy has been validated through the simulation
由於負載對象的不同導致被控對象階數的不同，本文嘗試了用同一自適應控制器控制不同階數的被控對象，並通過模擬分析驗證了控制策略的可行性。 -
The simulation results show that the improved control method has some excellent features, such as high accuracy and robustness. in the end, a single neural cell self - adaptive controller is studied ; furthermore, a control system of srd based on the single neural cell self - adaptive controller is designed by using 80c196kb microprocessor
本文還對單神經元自適應pid控制演算法進行了研究和模擬，並將該演算法應用於sr電機調速系統中，以80c196kb單片機為控制器，對于該調速系統進行了軟、硬體的設計。
分享友人