emulator control 中文意思是什麼
emulator control
解釋
模擬器控制-
This method can realize emulator debug and real - time adjustment of the system. the communication with the network and long distance in auto electronic control system has been roughly discussed
為了實現控制策略，提出了嵌入式汽車電子控制系統實時模擬的方法，討論了汽車電子控制器遠程網路技術。 -
System calls. when an emulator ordinarily encounters a powerpc system call instruction, it emulates the exception by storing the instruction address into the srr0 register, setting some architecture - defined bits in srr1, and transferring control to physical address 0xc00. some powerpc variants allow more control over this behavior, but this is the traditional powerpc model
當模擬器正常地碰到一個powerpc系統調用指令時，它便將指令地址存入到srr0寄存器，設置srr1中某些體系結構定義的位，並將控制權轉交給物理地址0xc00 ，從而模擬這個異常（有些powerpc的變種允許對這種行為有更多的控制，但是這里的這種是傳統的powerpc模型） 。 -
When an emulator supporting user - mode emulation encounters a system call instruction, on the other hand, it does not transfer control to the emulated exception handler ; instead it interprets the system call itself
另一方面，當一個支持用戶模式模擬的模擬器碰到一個系統調用指令時，它並不是把控制轉交給模擬的異常處理程序，相反，它會自己解釋該系統調用。 -
Based on the aerodynamics, control, structural dynamics model of smart rotor in frequency domain deduced and the determination for the number of neurons in hidden layer, the neuro - emulator using multiple independent miso neural networks with its deduced matrix expression for the smart rotor is set up. the rate of training is improved by introducing the orthogonal selection applying for smart rotor to the selection of training cases in neural modeling
試驗結果驗證了該方法的可行性，在建立了帶有主動控制后緣附翼的智能旋翼系統氣動-控制-結構動力學數學模型的基礎上，提出了適用於智能旋翼建模的多神經網路並聯型式的頻域模型，並推導出其矩陣表達式，探討了隱含層神經元數的確定方法。 -
Got the mathematic model of target emulator system based on models of every component, and simulated it through the computer. as far as position control system, the performance such as stability, precision and celerity were analyzed by virtual of open - loop and close - loop frequency characteristic
本文根據系統各部分的數學模型，建立了目標模擬器系統的數學模型，通過位置控制系統的開環、閉環頻率特性對位置控制系統的穩定性、精度和快速性進行了分析。 -
In this thesis, we achieve a test - bed of motion control based on dsp using tms320f240 evm, xds510 emulator, pc, ac servo driver, ac permanent magnet synchronic servo motor and two direction graph plotter etc. the thesis analyzes the influence that the dynamic characteristic and the change of parameter of the system cause contour error of the system, then adopts fuzzy adaptive pid control method, single neural cell pid control method and fuzzy - neural network control method, and introduces the influence that the control methods lead to dynamic characteristic and contour error of the system. finally some useful results are obtained by analyzing and comparing the control methods, and it is possible to make the combination of advanced control methods and high efficiency of dsp
在此基礎上，分析了系統的動態特性和參數變化對系統輪廓誤差的影響，先後採用了模糊自適應pid控制策略、單神經元pid控制策略以及模糊神經網路控制策略，並詳細分析和比較了這幾種控制策略對系統的動態特性和輪廓誤差的影響，得出了一些有用的結論，以使先進的控制策略和dsp的高效數據處理能力的結合成為可能。 -
Based on above work, an emulator used to carry out the multi - circle closed ? loop simulation for the control computation program., and the ac servo system is put use to confirm its feasibility
在以上工作的基礎上，本文基於visualc + +實現一套可對交流伺服系統的控制計算程序進行多周期閉環模擬運行的軟體基礎框架，並用交流伺服試驗系統驗證了其實現方法的可行性。 -
First, this paper, taking on temperature, height, flux, pressure of liquid as research object, deals with an arithmetic of nonlinear control system in complex production system. based on practical object model, it has finished algorithmic emulator
本論文以水槽的溫度、液位、流量、壓力四個參數作為控制對象，探討了工業過程式控制制中非線性復雜系統的預測控制演算法的應用，並且依賴于實際對象模型作出了程序實現。 -
The design of the module structure, including machining control and software emulator, the hardware ' s composing, and the interpolation of c program in avr micro - controller are detailed introduced
而帶錐度的異形模具需求的日益增加，必然對電火花線切割機的上下異形加工性能提出更高的要求。 -
The analysis of the emulator show that the hysteresis will lead to the adverse results of the semi - active control and the influence will increase with the hysteretic time
模擬分析表明， mr阻尼器的磁滯效應會對結構的振動控制帶來不利的影響，並且這樣的影響會隨著磁滯時間的加長而越發明顯。
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