[自] 模糊控制器
This article puts forward a kind of self organization fuzzy controller with parameter feedback for a kind of common nonlinear time varying system in industry.
本文針對工業控制中一類常見的非線性時變系統，提出了一種利用參數反饋線上修正規則的模糊控制器；
In order to improve the steady state accuracy of fuzzy controller, the major source of steady state error is presented by analyzing the general PD type fuzzy controller.
為了提高模糊控制器調節系統穩态精度的能力，對常規PD型模糊控制器進行分析，找到了産生穩态誤差的主要原因。
Based on genetic algorithm optimization of fuzzy controller design , hope for all of us!
基于遺傳算法的模糊控制器優化設計，希望對大家有用！
Results of the research show that neural fuzzy controller has not only static and dynamic performance, but also high robustness and adaptive ability.
結果表明，神經模糊控制器不僅具有令人滿意的靜、動态性能，而且具有很強的魯棒性和自適應性。
For the shortcoming of stability error of conventional fuzzy controller, it analyzes the primary reason of having stability error about this controller and uses interpolation algorithm in control.
針對常規模糊控制器在控制上存在穩态誤差的缺點，在分析産生穩态誤差主要原因的基礎上，采用插值算法來進行控制。
The parameter of the controller can be auto-adjusted by the error, error change and the integral value. It makes the fuzzy controller have the ability of self-adaptive.
該控制器能夠根據系統的誤差、誤差變化及誤差積分值自動調整控制器的控制參數，使模糊控制器具有自適應的能力。
A fuzzy controller with integral parameter is designed, and applies it to the temperature control system of resistance furnace.
設計了一種帶有積分參數的模糊控制器，并将其應用于電阻爐的溫度控制系統。
Introduced the design of Fuzzy controller the physical models and artificial models of the fuzzy control system on the safe driving speed analyse.
詳細介紹了模糊控制器的設計，以及行車速度安全分析模糊控制系統的物理模型和仿真模型。
And through the integrated processing for system status, the input variable of fuzzy controller was reduced to decrease the controller design difficulty.
并且通過對系統狀态的綜合處理，減少模糊控制器的輸入變量，降低控制器的設計難度。
In the control strategy, we make use of the fuzzy control theory that develop quickly now to build up the fuzzy controller for deflection-correcting system.
在控制策略中，我們運用現在發展迅速的智能控制—模糊控制理論，為糾偏控制系統建立了模糊控制器。
By analyzing the principle of optimization, a new optimization method for fuzzy controller's design is put forward.
通過分析對模糊控制器作優化的原理，提出了一種新的優化設計方法。
The control system consists of fuzzy controller, blast and aeration system, frequency control equipment and DO tester.
整個控制系統由模糊控制器、鼓風曝氣系統、頻調速裝置和溶解氧測試儀組成。
The rule base is the core of fuzzy controller.
模糊規則庫是模糊控制器的核心。
This paper introduces the principle, design method, process control and utilization efficiency of this fuzzy controller.
文章介紹了模糊控制器的原理，設計方法，控制流程及應用效果等。
The point in the paper discussed is the fuzzy controller for boiler, fuzzy control principle on gas regulating valve is researched in detail.
文章重點讨論了燃氣熱水鍋爐模糊控制器的設計，對燃氣調節閥的模糊控制原理進行了詳細研究。
The simulation result shows that the fuzzy controller thus designed can achieve good performances merely using a few fuzzy variables.
仿真結果表明，用該方法設計的模糊控制器用較少的模糊變量即可獲得良好的性能。
But one fuzzy controller need a lot of parameters, the expert's experience only play a guide role and is difficult to make sure every parameter accurately.
然而一個模糊控制器所要确定的參數很多，專家的經驗隻能起一個指導作用，很難根據它準确地定出各項參數。
It shows that the adequacy of the fuzzy controller constructed by the given fuzzy implication operator in this paper is better than other research findings.
通過與其它文獻得出的結論比較得出，采用本文所提供的模糊蘊涵算子去構造模糊控制器，其控制效果會更好。
A novel time - varying fuzzy controller is presented to compute the variable ON - OFF signal sequence to achieve control requirements.
提出了一種新穎的時變模糊控制器計算可變開-關信號序列從而達到控制輸出要求。
The optimization of fuzzy controller and designing of peripheral circuit are two important aspects of fuzzy control system.
模糊控制器的優化和外圍電路的設計是模糊控制系統沒計的兩個重要方面。
Stu***s the application of fuzzy control in ship speed and designs a fuzzy controller with intelligent integrate and differential.
探讨了模糊控制在艦船航速控制中的應用，設計了帶智能積分和微分的模糊控制器。
In this paper, a new kind of fuzzy controller whose fuzzy variables are error, error variety and time is presented.
本文介紹了一種以誤差、誤差變化和時間為模糊變量的新型模糊控制器；
FUZZY controller with a correcting factor is utilized to control a ship based radar stabilizing plant servo system consisting of a MCS 51 family single chip computer and AC servo units.
以MCS -51系列單片機和交流伺服裝置組成的艦載雷達穩定平台伺服系統為對象，采用帶修正因子的FUZZY控制器對其進行控制。
By training and checking of ANFIS, the results prove that the adaptive neuro-fuzzy controller owns high precision and good effect of controlling.
對ANFIS訓練及檢驗的結果表明，該自適應神經模糊控制器具有較高的控制精度，控制效果較好。
Based on the qualitative analysis to inverse dynamics of delay system, through modifying conventional fuzzy controller, a new control method which is fit for delay system is presented.
該文在延遲系統逆動力學過程定性分析的基礎上，對傳統模糊控制器加以改造，提出一種新的適合于遲延系統的控制方法。
In this paper, a systematic design procedure of an optimal fuzzy controller is presented.
本文提出了一類最優模糊控制器的系統設計方法及步驟。
It possess both the precise character of PID controller and the flexible advantage of fuzzy controller, and can guarantee the regulation system has good dynamic and static quality.
既具有PID控制器高精度的優點，又具有模糊控制器快速、適應性強的特點，保證了調節系統具有良好的動、穩态特性。
模糊控制器（Fuzzy Controller）是一種基于模糊邏輯的控制系統核心組件，主要用于處理複雜或不确定的系統控制問題。以下是詳細解釋：
模糊控制器以模糊集合論、模糊語言變量和模糊邏輯推理為基礎。它通過模拟人類經驗中的模糊性控制規則（如“溫度較高時適當降溫”），将自然語言描述轉化為計算機可執行的算法，無需依賴精确的數學模型。
常用工具包括MATLAB的Fuzzy Logic Toolbox，支持通過圖形化界面定義模糊規則庫和推理過程，并生成可部署的.fis文件。
模糊控制器也被稱為模糊語言控制器（Fuzzy Language Controller），因其規則基于自然語言描述。與傳統的PID控制器相比，它在處理模糊性和不确定性方面更具優勢。
fuzzy controller是一種控制器，它使用了模糊邏輯來控制一個系統或過程。這種控制器通常用于工業自動化和機器人控制中。
fuzzy controller是一種用于控制系統或過程的控制器。它使用模糊邏輯來處理模糊或不确定的輸入，以産生精确的輸出。模糊控制器通常用于工業自動化和機器人控制中，因為它們可以自適應地處理多變的環境和情況。
模糊控制器是一種基于模糊邏輯的控制器，它使用模糊集合和規則庫來處理輸入和輸出。它可以處理模糊或不确定的輸入，并根據規則庫中定義的規則産生輸出。模糊控制器通常包括模糊推理、模糊化和去模糊化三個步驟。
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