University of Split. Faculty of Electrical Engineering, Mechanical Engineering and Naval Architecture. Department of Electronics and Computing.
Abstract
Cilj ovog rada je ostvarivanje komunikacije između Arduino platforme i kreiranog grafičkog korisničkog sučelja u obliku SCADA sustava. Rad opisuje postupak izrade grafičkog korisničkog sučelja pomoću programskog paketa MATLAB, te postupak programiranja mikrokontrolera pomoću Arduino IDE programa. Implementirane su funkcije za provjeru komunikacije. Izvedena su mjerenja u svrhu testiranja komunikacije, gdje se vidi usporedba rezultata dobivenih pomoću kreiranog SCADA sustava u odnosu na umjerene instrumente. Testirane su statičke značajke sustava, ali i mjerenje dinamičkih veličina različitih frekvencija. Naznačeni su problemi koji nastaju pri izradi i testiranju sustava, te su ponuđena odgovarajuća rješenja.The aim of this paper is to achieve communication between the Arduino platform and the created graphical user interface in the form of a SCADA system. The paper describes the process of creating a graphical user interface using the MATLAB software package, and the process of programming a microcontroller using the Arduino IDE software. The communication verification functions have been implemented. The measurements were performed for the purpose of testing communication, where the comparison of the results obtained using the created SCADA system in relation to the moderate instruments can be seen. The static characteristics of the system were tested, as well as the measurement of dynamic signals of different frequencies. The problems that arose during the development and testing of the system are indicated, and appropriate solutions are offered
