ABOUT THIS EPISODE
In deze vrij technische podcast vertelt Tom Oomen over zijn trainingen Motion Control Tuning, Advanced Motion Control en Advanced Feedforward Control. Deze trainingen zijn zeer praktijkgericht, terwijl ze toch steeds de allernieuwste bevindingen uit Oomen’s academisch onderzoek bevatten.
Zo behandelt Advanced Feedforward Control ook de laatste bevindingen over het gebruik van data in voorspellende regelingen. Deze machine learning technieken kunnen resulteren in formidabele prestatieverbeteringen. De training leert om goed in te schatten wanneer je machine learning kunt gebruiken en wanneer het beter is om dat niet te doen.
Dutch
Netherlands
OTHER EPISODES IN THIS PODCAST
Trumpf is famous for its lasers and metal-cutting machines, but the German company had to change its traditional way of systems engineering when it started to develop the drive lasers for ASML’s EUV source. René Raaijmakers talks about this culture change with Jonathan Müller and Matthias Wissert. …
Ale Sytsma is one of the last three ASML employees with a Philips background who will retire this year. He installed the first PAS 2000 waferstepper at the very first customer, IBM in Burlington (US). In this interview (in Dutch), he talks about the early days of stepper development at Philips and …
Cees Links leidde bij Lucent en later Agere de ontwikkeling van wifi, een weergaloos succes in draadloze communicatie. Het gebeurde allemaal in ons land, ver weg van het grote corporate moederbedrijf. Bits&Chips praat met Cees over de typisch Nederlandse aspecten die bijdroegen aan het wifi-suc…
ASML and Trumpf both have different systems engineering approaches, deeply rooted in their organization. The requirements for lowering costs nicely show this. Jonathan Muller talks about it in this podcast. https://bits-chips.com/
To keep up with the pace in the semiconductor market, Trumpf had no other choice than to adapt to the ASML way of working. In this episode, Jonathan Müller explains what that meant for systems engineering and the development of the EUV drive laser.https://bits-chips.com/
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