arithmetic controller 中文意思是什麼
arithmetic controller
解釋
運算控制器- arithmetic : n. 1. 算術，演算法；計算。2. 算術書。
- 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...
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Procreant knowledge expression and forward inference engine are adopted in the method of fault diagnosis based on expert system theory. in the fault diagnosis applying neural network theory, six kinds of improved arithmetic of back - propagation arithmetic, including gradient descent with momentum, variable learning rate back - propagation, resilient back - propagation, quasi - newton, levenberg - marquardt and conjugate gradient, are applied to diagnose the faults of electric load manage center and solid state power controller. different diagnostic results gotten by simulation are compared at last
在基於專家系統的故障診斷方法中，採用了產生式知識表達和正向推理機制；在基於神經網路的故障診斷方法中，則分別採用了bp神經網路的附加動量法、自適應學習速率、彈性bp演算法、擬牛頓法、共軛梯度法和levenberg - marquardt法對電氣負載管理中心和固態功率控制器的故障進行診斷，並對由模擬得到的不同診斷結果進行比較。 -
Dissertation explains the theory and characteristices of switched reluctance motor based on its idealy linear math mode. analyseing and researching on control characteristic, control parameters, control strategy and their relationship, thesis designed hardware circuit and software of control system based on the strategy. dissertation discussed the transform function of system and illustrates it is essential to chang parameters in the pid control arithmetic, estimating parameters for the digital pid controller primarily, dissertation also researched on the exciting and protection of igbt
論文以開關磁阻電動機的理想線性數學模型為理論基礎，對其原理特性進行了說明，對開關磁阻電動機的控制特性（轉速、轉矩） 、可控參數（導通角、關斷角、相電流、繞組端電壓）與控制策略（電流斬波、電壓斬波、角度位置控制等）及它們之間的關系進行了研究和分析。 -
This dissertation discusses a design idea and method of general intelligent controller based on nine - pointer arithmetic which is presented by prof. zhang nanlun
本論文基於張南綸教授提出的九點控制器演算法，討論了通用智能控制器的設計思想和方法。 -
The paper mainly consists of three parts : the theoretical parts include the summarization of meridian research, and the research about the characteristic of low impedance on meridian and acupoints. the second part focuses on the design of the testing instrument, which comprises hardware design and software design. detector collects the reflected information which is stimulated by micro - current on meridian and acupoints, then the signals are transacted by micro - controller and meridian arithmetic, finally the health status report is displayed on screen and can be printed
主要工作分為三個部分，第一部分是經絡研究綜述與經穴皮膚電阻抗特性;第二部分為儀器系統設計，包括硬體設計和軟體設計，實現對採集人體穴位經電流測試（給一定的電流刺激）所反射出來的信息，經微控制器和中醫經穴演算法的處理后，在屏幕上顯示或列印出被測者的健康狀況。 -
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。 -
To be a widely - used control arithmetic, pid controller had not be substituted for some advanced controlling arithmetic in a long time, on the contrary, the pid control is still on the main station of many kinds of controlling technique as time
作為一種廣泛的控制規律， pid控制在相當長的一段時間內，並沒有因為各種先進控制演算法的出現而遭到淘汰，相反，經過時間的考驗， pid控制仍然在各種控制技術中占著主導地位。 -
This part is including research on sensors and components selecting, design of main - controller, peripheral interface and application software. in addition, the control arithmetic is also studied
開發了基於dsp的嵌入式步行足控制器，進行硬體電路及相關軟體包設計，並對控制演算法進行了研究。 -
The innovative ideas in this paper is to replace the linear fixed - gain pid controller for a nonlinear pid controller. based on the step response curves of conventional control system, we analyze the ideal variety of three gains in different times and construct the simulated curves of proportional, intergral and derivative gain. the controllers has considered all sorts of imperceptible factors affecting the servo performances in a lpmsm servo system, which include the parametric uncertainties brought by the changes of the mobile mass, the dynamitic performance of the system and the size of input. to solve the problem of so many unknown parameters, we use transmit arithmetic to find the parameters which are fit for the system. to keep the robust and stable performance
本文的創新之處在於，將傳統的固定增益的pid控制器用非線性pid控制器來代替，並在此基礎上，就一般控制系統的階躍響應曲線，分析了在不同響應時間階段pid的三個增益調節參數的理想變化情況，並根據這些理想變化，分別給出了比例、積分、微分增益參數的一種連續的非線性擬和函數。在分析雙位置環時，仔細考慮了能使系統性能變壞的各種因素，如系統的動態性能及控制出入能量的大小等等。 -
Through the experiment on the test platform the above technologies have been widely testified. the performance of the angle driver of robot leg, dsp controller is proved to be effective. at the same time arithmetic of harmonize control is also be test to analyzing the control performance in different walking status
建立了機器蟹步行足控制實驗平臺，進行了步行足遞階控制器性能測試，並結合多關節協調運動控制演算法研究，對步行足在不同步態情況下的控制性能進行了對比實驗和分析。 -
2. based on the original bp network, some improvement on error back propagation arithmetic is made. the executing speed of the algorithm is increased through online adjustment of learning rate. combined with traditional pid control, this method generated two integral schemes : bp network + pid serial control and self - confirming control of parameters of pid controller based on bp network are constructed
在原有的誤差反向傳播（ bp ）網路的基礎上，對其學習演算法進行了改進，通過在線調節學習速率，提高了演算法的實現速度，並且與傳統的比例積分微分（ pid ）控制方法進行結合，分別實現了兩種集成方法： bp網路與pid串列控制方法和基於bp網路的pid參數自整定控制方法。 -
The thesis also explains how to design the function models, ( such as communication model, curve building model and control arithmetic model etc. ) in the software of the controller. the method of corresponding these models was also illuminated
闡述了adcm控制器的軟體設計；闡述了各個功能模塊（如通訊模塊、曲線生成模塊、控制演算法模塊等）的實現及它們之間協調工作的方法。 -
This way can also be used to self - verify by the controller. phase analysis and unwrapped arithmetic are introduced here in detail
同時針對散斑圖像的條紋相位分析法介紹了移相技術和去包裹演算法。 -
This dissertation discusses the arithmetic of the image process, shows and explains the pseudocode, illustrates the feasibility and validity of liquid crystal display controller pcb defect inspection adopted image process
本文詳細地論述了圖像處理中的演算法並給出了偽代碼予以說明。對採用圖像處理的方法檢測液晶顯示控制電路板的可行性和有效性進行了闡述。 -
In this paper, the auv is the object of the research. in order to overcome the negative effects of the non - linear part of kinematic model, sea current and wave during motion control, a new type of neural network : fuzzy cerebellar model arithmetic controller ( fcmac ), together with an on - line learning scheme based on the lyapunov stability theory, has been adopted in designing the new motion control system. the simulation results have been compared with those generated by a classic pid controller
本文以auv為對象，針對其運動控制中模型非線性部分對控制性能影響較大及有海流、海浪等外界干擾等特點，採用一種新型神經網路：模糊小腦模型關節控制器（ fuzzycerebellarmodelarithmeticcontroller ）並結合基於李雅普諾夫原理而推導出的學習演算法設計auv的運動控制系統，並與傳統pid控制器進行了模擬比較。 -
The robot controller adopts a kind of two - level structure. the top level was the host controller and motor driver, the main program and motor servo arithmetic program running in it, and also receive command from the remote computer. the lowest level was two sensing system, fixing on foot of the robot, gathering and processing information from multi - kind sensors, and also controlled the pump and valve
機器人嵌入式控制器採用兩層結構，上層為機器人主控及驅動電路，負責運行機器人主控程序及多電機伺服控制演算法，以及接收上位計算機的遠程遙控命令;下層為兩個足部傳感系統模塊，分別安裝在機器人的兩個足上，負責多種傳感器信息的採集、處理及泵和閥的驅動控制。 -
Control arithmetic of position loop and velocity loop has been realize in the digital controller, whose output is pwm signal with adjustable occupy rate which is put in the driving circuit to realize motor ’ s position and velocity control
在數字控制器中實現位置迴路和速度迴路的控制演算法，其輸出為可調占空比的pwm信號經驅動電路實現電機的位置和速度控制。 -
This paper, based on this idea and integrating related literature and information, applies extension theories and methods to control field and brings forward the arithmetic of extension control to control electro - hydraulic servo system. the following will introduce the main work finished : after looking up a lot of bookings and papers about extenics, i apply the theories of extenics to control field and research the arithmetic of extension control. implementation of the upper extension controller and improvement of the control algorithm in the basic controller are developed
本文主要完成了以下工作:查閱了大量關于可拓學的著作和論文，將可拓學的理論和方法用於電液伺服控制領域，提出了電液伺服系統的可拓控制演算法，對可拓控制器的結構和具體實現進行了深入研究，探討了上層可拓控制器的實現問題，改進了基本可拓控制器的控制演算法，並用這類可拓控制器對電液伺服控制系統做了模擬研究和實驗研究，研究結果表明可拓控制器具有良好的控製品質，驗證了可拓控制在電液伺服系統應用中的可行性與優越性。 -
After that, the method of self - turning control is used to design the parameter of the temperature controller. finally, the arithmetic program for crimper machine ' s heating controller is worked out. in chapter 4, the hardware circuitry structure for the crimper machine ' s heating controller is given at first
第四章敘述了加彈機溫控器硬體的系統組成和總體結構，詳細給出了各個功能部分的具體電路設計和晶元型號選擇，並針對加彈機的工業現場環境提出了硬體抗干擾措施。 -
This thesis researches hardware and arithmetic software scheme of an embedded controller system, which can control four charge / discharge devices and operate in distributed architecture
本文研究一種具有多迴路、嵌入式特點的蓄電池化成充放電控制器的硬體實現方案和軟體控制演算法。 -
On base of the theory and makeup of the process printing system, we analyzed the characteristic of the system model. in order to find a control strategy adapt to the register system, we introduced several controller, then gave a new pid controller with threshold value. and gave several classes digital arithmetic of pid controller
在深入了解凹版印刷機彩色套印系統工作原理的基礎上，對系統模型的不確定性、滯后性、大超調量和震蕩等特點做了進一步分析，提出了一種新的帶有閾值模糊控制的pid控制策略，對其離散化后，給出了此演算法的單片機實現，並使用經驗法進行參數整定。
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