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System Identification and Simulation Toolbox under MATLAB Environment

Deyun Xiao

Open publisher page 7 citations

Abstract

A new construction of System Identification and Simulation Toolbox(SIST)was introduced under MATLAB environment by discussing about its principle and realization.The structure of data and algorithms,the design of graphic interface using GUIDE,and the physical system I/O interface with MATLAB/C++ hybrid programming were shown.Also,the programming of the model-types and recursive algorithms,the report file and the help documents etc were reffered.The toolbox built under MATLAB environment has many advantages,such as its powerful functions,good expandability,convenient usage,direct interaction and so on.An example was given at the end to use the toolbox on a real system,which shows its reliability and usefulness,and confirms that the toolbox is a good tool for the research and study on identification.

About this research paper

What this paper is about

A new construction of System Identification and Simulation Toolbox(SIST)was introduced under MATLAB environment by discussing about its principle and realization.The structure of data and algorithms,the design of graphic interface using GUIDE,and the physical system I/O interface with MATLAB/C++ hybrid programming were shown.Also,the programming of the model-types and recursive algorithms,the report file and the help documents etc were reffered.The toolbox built under MATLAB environment has many advantages,such as its powerful functions,good expandability,convenient usage,direct interaction and so on.An example was given at the end to use the toolbox on a real system,which shows its reliability and usefulness,and confirms that the toolbox is a good tool for the research and study on identification.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A new construction of System Identification and Simulation Toolbox(SIST)was introduced under MATLAB environment by discussing about its principle and realization.The structure of data and algorithms,the design of graphic interface using GUIDE,and the physical system I/O interface with MATLAB/C++ hybrid programming were shown.Also,the programming of the model-types and recursive algorithms,the report file and the help documents etc were reffered.The toolbox built under MATLAB environment has many advantages,such as its powerful functions,good expandability,convenient usage,direct interaction and so on.An example was given at the end to use the toolbox on a real system,which shows its reliability and usefulness,and confirms that the toolbox is a good tool for the research and study on identification.

Key concepts: Toolbox, MATLAB, Computer science, Identification (biology), Interface (matter), Realization (probability), Reliability (semiconductor), Application programming interface

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