{"title":"Modeling and Simulation Methods Using MATLAB\/Simulink","authors":"Jamuna Konda, Umamaheswara Reddy Karumuri, Sriramya Muthugi, Varun Pishati, Ravi Shakya, ","volume":111,"journal":"International Journal of Computer and Information Engineering","pagesStart":589,"pagesEnd":596,"ISSN":"1307-6892","URL":"https:\/\/publications.waset.org\/pdf\/10004265","abstract":"
This paper investigates the challenges involved in mathematical modeling of plant simulation models ensuring the performance of the plant models much closer to the real time physical model. The paper includes the analysis performed and investigation on different methods of modeling, design and development for plant model. Issues which impact the design time, model accuracy as real time model, tool dependence are analyzed. The real time hardware plant would be a combination of multiple physical models. It is more challenging to test the complete system with all possible test scenarios. There are possibilities of failure or damage of the system due to any unwanted test execution on real time.<\/p>\r\n","references":"[1]\tPetr Chalupa, Jakub Novak, Vladimir Bobal, \u201cDetailed SIMULINK Model of Real Time Three Tank System\u201d, Recent Researches in Circuits, Systems, Communications and Computers, Available Online: http:\/\/www.wseas.us\/e-library\/conferences\/2011\/Tenerife\/CSCC\/CSCC-26.pdf.\r\n[2]\tJens Ejury \u201cBuck Converter Design\u201d Design Note DN 2013-01 V1.0, January 2013, Available Online: http:\/\/www.mouser.com\/pdfdocs\/ buckconverterdesignnote.pdf.\r\n[3]\tSupplementary notes and materials ECEN 5797 Fall 2015, \u201cConverter System Modeling via MATLAB\/Simulink\u201d, Available Online: http:\/\/ecee.colorado.edu\/~ecen5797\/course_material\/SimulinkSlides.pdf.\r\n[4]\tThe MathWorks, Inc. Solutions \u201cMathematical Modeling\u201d, Available Online: http:\/\/in.mathworks.com\/solutions\/mathematical-modeling\/index.html. \r\n[5]\tThe MathWorks, Inc. Solutions \u201cPhysical Modeling\u201d, Available Online: http:\/\/in.mathworks.com\/solutions\/physical-modeling\/index.html.\r\n[6]\tThe MathWorks, Inc. Solutions \u201cVerification, Validation, and Test\u201d, Available Online: http:\/\/in.mathworks.com\/solutions\/verification-validation\/index.html.\r\n[7]\tThe MathWorks, Inc. Documentation \u201cFunction-Call Subsystems and S-Functions\u201d, Available Online: http:\/\/in.mathworks.com\/help\/simulink\/ sfg\/function-call-subsystems.html. \r\n[8]\tThe MathWorks, Inc. Documentation \u201cSchedule Execution of Simulink Subsystems\u201d, Available Online: http:\/\/in.mathworks.com\/help\/stateflow\/ ug\/scheduling-execution-of-simulink-subsystems.html.\r\n[9]\tPetr Alexeev, \u201cCustomizing Simulink code generation by Target Language Compiler (TLC) files\u201d Posted on 2011\/11\/03, Research activities, Available Online: http:\/\/blogs.abo.fi\/alexeevpetr\/2011\/11\/03\/ customizing-simulink-code-generation-by-target-language-compiler-tlc-files\/.\r\n[10]\tThe MathWorks Inc. Reference Guide Version 5 \u201cTarget Language Compiler\u2122 For Use with Real-Time Workshop\u00ae\u201d, Available Online: http:\/\/mntek3.ulb.ac.be\/Matlab\/pdf_doc\/rtw\/targetlanguagecompiler.pdf.\r\n[11]\tThe MathWorks, Inc. Documentation \u201cSimulink\u00ae Coder\u2122 Target Language Compiler\u201d \u00a9 Copyright 2011\u20132015 by The MathWorks, Inc., Available Online: http:\/\/www.mathworks.com\/help\/pdf_doc\/rtw\/rtw_ tlc.pdf.","publisher":"World Academy of Science, Engineering and Technology","index":"Open Science Index 111, 2016"}