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A Human Model using Combined Functions of UML, MATLAB/Simulink and Code-Library
FISITA2014/F2014-AHF-014

Authors

Arai, Masatoshi* - Saitama University & Calsonic Kansei Corp.
Eguchi, Toru - Fujitsu Computer Technologies Limited
Yoshida, Norihiko - Saitama University

Abstract

This paper proposes a new framework for a human model based on a V-process following ISO12207. For the purpose of easy design and test, physical models and code-libraries are integrated in UML (Unified Modelling Language) as components. Maintainability and reusability of the components can be improved when integrated in UML. It is because all the individual parts are functionally integrated, and their relationships are presented explicitly in UML. This is the first time that the framework is proposed according to the V-process on which physical models and code-libraries were integrated using UML. Now-a-days, the demand for integration framework is increasing, as the human model is getting more complex.

KEYWORDS: MATLAB/Simulink; UML; Human model; Multiple-task; Physical-control model;

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