Description, Analysis and Characterization of VISIR System Toward Extending its Use to Various Fields of Experimenting

This paper presents description, analysis and characterization of VISIR system at the levels of hardware, software, cybersecurity, education and pedagogies, which enables us to highlight the potentials of extending its use to various fields of remote experimenting. Furthermore, this paper presents our conducted work of extending the use of VISIR to remote experimenting in electro-mechanic and energetic electronic after elaborating integrated circuits on separated breadboards and developing dynamic interactive object on the web-user interface of VISIR for remote control. The elaborated circuits consists of motor, three-phase generator, signal redresser, buck converter and boost converter. The developed dynamic interactive object on VISIR's web-user interface illustrates the rotor movement of used generator and displays the digital value of its rotation speed.