DAWbench Radio Show : Episode 24 : Digital Audio Editing and Restoration : Acon Digital

Подписаться 124

50% 1

Digital Audio Editing and Restoration : Acon Digital : Mastering the Art ! Hosted by Vin Curigliano of AAVIM Technology , I am joined by guest co-host Pete Brown of Microsoft and special guest Stian Aagedal , who is the Founder and Lead Developer of Acon Digital.
We discuss Stians early musical and technical explorations that lead him to found Acon Digital, navigate the history and ongoing development and milestone releases of Acoustica, and the Restoration and Mastering Plugin Suites. We dive in to the area's of Machine Learning, Neural Networks and AI advances not only in audio DSP, but also the greater audio, musical and creative space.
We cover the addition of Surround and Atmos features, staying ahead of the curve with changing and evolving platform architectures and hybrid processors, discuss community involvement and feedback , and much , much more.
Host & Guest Links : AAVIM Technology : www.aavimt.com.au
DAWbench : www.dawbench.com Microsoft : www.microsoft.com Pete Brown : / pete_brown Acon Digital : acondigital.com/ VO : Andrew Peters : www.andrewpetersvo.com
Music Themes : Original DAWbench VI Theme Music composed by Rob John : Independent Music Productions : www.indmusicpro...
DAWbench Radio Show ReMix by Erin McKimm : www.erinmckimm.com
All Rights Reserved : © AAVIMT 2023

Опубликовано:

30 сен 2024

Ссылка:

Скачать:

Готовим ссылку...

Добавить в:

Мой плейлист

Посмотреть позже

Комментарии : 1

@Matlockization Год назад

Listening to your guest appearance on 'Moore's law is dead' channel, I agree with your thoughts about the questionable direction that Intel is taking their CPU architecture and how their CPU's didn't get that hot but were struggling to hit or exceed 5GHz. In saying that, I think like everyone I wasn't sure what to make of it when it first came out and despite its short comings, I still believe there might be at least 5 or more years before it matures into something worth while ??? I'm not against any company that throws paint on a wall and tries to create something that's strange, but great. For example, I noticed Apples own CPU architecture M1 & M2 has a bit of Intel & AMD layout, but obviously without AMD's infinity fabric & 3D layer stacking with great performance results. I have often wondered about the size of a chiplet when all it does is carry instructions. Instead of Intel having a tile layout of 'E' & 'P' cores they can have for example a total of 10 general cores where on idle one core is active and the rest are parked and as the work load increases then more cores are used, but then again I'm sure they would have thought of that.......