NEWS 28 February 2023

A mechatronic Machine Learning case

To date, Machine Learning (ML) has found only relatively limited implementation in high-end mechatronic systems. To test its capabilities in a real industrial application, the challenging case of friction estimation was investigated.


A model was developed for predicting frictional properties of linear ball bearings, for very small displacements, as explained in this Mikroniek article. The resulting ML model performed well during training and validation, but rather less so in stand-alone operation. ML is a promising tool for friction estimation, but clearly there is room for improvement in algorithm development. (Image courtesy of Jorn Veenendaal)


References

Sensitivity analysis in Opto-Mechanical System…

As a mechatronics engineer at VDL ETG Technology & Development in Almelo (NL), Leon Nijenhuis got involved with opto-mechanics when working on aerospace projects. One of his duties was the design of an alignment tool for laser satellite communication.

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DSPE Knowledge Day Opto-Mechanics report

Achieving ever higher accuracy in inspection and metrology depends on the interplay between light wavelength and advanced opto-mechatronic systems.

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DSPE Conference on Precision Mechatronics…

This year, the DSPE Conference on Precision Mechatronics on 23-24 September featured the theme ‘SustAIning Precision’.

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