Remote parameters tuning system based on simplex-search-based model-free optimisation for motor speed control

Abstract

Motor is a very widely used control device in industry. The performance of a motor speed control system is very critical for its application. The control performance can be improved through control parameters tuning. However, the parameters tuning process is difficult to implement online automatically. The traditional parameters tuning methods for a motor control system are usually experience-based, cumbersome and time-consuming. In this study, taking advantage of the high computation ability of the MATLAB, a remote motor control system framework based on the wireless network was proposed. The simplex-search-based model-free optimisation (MFO) was developed based on the MATLAB platform to optimise the control parameters. With this optimisation methodology, the performance of the control system can be improved iteratively by directly using measurements of the control performance online. This system has been realised and tested systematically. The effectiveness and the efficiency have been demonstrated by a series of experiments.

Keywords

• optimisation
• control system synthesis
• search problems
• machine control
• angular velocity control
• telecontrol
• radio networks
• electric motors
• remote motor control system framework
• simplex-search-based model-free optimisation
• motor speed control system
• control performance improvement
• control device
• control parameter tuning
• parameter tuning process
• remote parameter tuning system
• matlab computation ability
• control parameter optimisation
• wireless network
• simplex-search-based mfo