HTML5-Based 3-D Online Control Laboratory With Virtual Interactive Wiring Practice

Abstract

This paper introduces the schemes of remote wiring interactions in an online control laboratory using an HTML5-based virtual 3-D interface. Although virtual laboratories have drawn increasing research attention in the last decade, wiring practice, which is a crucial part of experimentation, is normally neglected. In this paper, a practice including 3-D modeling, HTML5-based rendering, and control algorithm design is implemented for the interactive virtual wiring based on the Networked Control System Laboratory (NCSLab) framework. The wiring practice is combined with control algorithm design, which is already realized in NCSLab, where users are allowed to customize algorithms using MATLAB/Simulink real-time workshop. Apart from remotely implementing the control algorithm, the 3-D virtual wiring process must be completed correctly before the online experiments can proceed properly. The proposed wiring laboratory is evaluated in practical teaching, with both students' performance and perception considered. The conclusions derived from the report show that the 3-D virtual wiring interactions make virtual experimentation complete for simulating a real case, as well as providing an opportunity for a clearer comprehension of control systems.