Application Of Xpc Target As A Prototyping Environment In Control System Laboratories
Author(s) -
R. Hurteau,
Cedric Demers-Roy
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--14680
Subject(s) - real time simulation , computer science , rapid prototyping , context (archaeology) , real time control system , matlab , control system , realization (probability) , control (management) , development environment , code generation , control engineering , embedded system , operating system , software engineering , engineering , mechanical engineering , paleontology , statistics , electrical engineering , mathematics , artificial intelligence , key (lock) , biology
This paper presents an example of application of xPC Target (product integrated with Matlab/Simulink) in an educational laboratory for real-time control experimentation. Equivalence between this environment and LabVIEW, another well known real-time environment for control, is discussed. Operating characteristics, cost, realization time, required expertise and implementation time are also presented. This example is realized on a classical system for position control using a DC motor. A complete control design process is applied on this test bench, from simulation to real-time control implementation. Result analysis indicates that xPC Target is a powerful environment for fast prototyping of real-time control loop as needed by undergraduate laboratories and for research activities implying fast testing of control algorithms on a specific system.
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