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Research and Implementation of comprehensive the material experimental device simulation space control software

Author: YuHaoFeng
Tutor: YuQiang
School: Graduate School, Chinese Academy of Sciences
Course: Applied Computer Technology
Keywords: Space crystal growth furnace PID control Predictive Control System Identification PID tuning Computer Simulation
CLC: TP273
Type: Master's thesis
Year: 2010
Downloads: 13
Quote: 1
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Abstract


Space Materials experimental device ( the spatial crystal growth furnace) is a method for equipment for crystal growth experiments in microgravity conditions . Crystal furnace temperature distribution , temperature accuracy and temperature stability are successfully grown quality crystals necessary conditions , and directly affect the quality of the grown crystals . The precise temperature control is essential to the growth of high quality crystals . The space material experimental device simulation control software is not only traditional PID control to achieve precise oven temperature control , control of the DMC control algorithm applied to the system for the first time , and achieved very good results and the predicted . Spatially integrated experimental device simulation control system includes a basic set of data acquisition and real-time monitoring , identification experiment , the identification of the model parameters , PID parameter tuning PID simulation , PID system control , predictive control simulation , prediction and control of real-time control function . This paper first introduces the source and background of the subject , and then details a simulation control system involves concepts and algorithms . Describes the background of the system development needs analysis , internal structure and module division , and discusses in detail the functional requirements to use case Pictured foundation . In the design and implementation of each module in the design of the various modules . The last show of the research project and experimental results , and a summary and outlook .

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CLC: > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation systems > Automatic control,automatic control system
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