Using a Remote Closed-loop Control System to Assess the Performance of an Embedded Speed Control System for a DC Motor

Abstract

The purpose of this article is to assess how well an embedded platform for a remote access virtual
laboratory functions. In this lab, we'll be focusing on the standard issue of DC motor speed regulation. A single-
board computer running a control algorithm based on Python is linked to the embedded platform via USB protocol,
and it may be accessed remotely from numerous sources.
The embedded platform is thoroughly analyzed in this article, which also includes experimental findings and
analysis. The following terms are used in the index: embedded platform, remote access laboratory, DC motor, speed
control, and Python.