21.09.2017 • News

Alexey Myakov (Intel) will open EVE 2017 with his keynote

Alexey Myakov, Chief Computer Vision Advocate at Intel Corporation, presents keynote at the 2017 Embedded Vision Europe conference. Alex serves as Chief Computer Vision (CV) Advocate at Intel. In this role he contributes to collaboration across Intel with regards to all aspects of CV and DL, works with IoTG’s BUs on various markets’ and customers’ CV requirements as well as drives data related activities across Intel.

He joined Intel in July, 2016 through acquisition of Itseez Inc (widely known as a developer and supporter of OpenCV) by Intel. Formerly the CEO of Itseez, he joined Itseez in 2013 as Chief Marketing Officer (CMO) with a mandate to grow business and turn the company around by focusing it on products vs services.

Alex got a diverse technological and business background. He ran 3 start-up companies in the biomedical field (early cancer diagnostics) from 2003 till 2006 and worked as a VP, Business Development/Sales at the software company MERA from 2006 to 2013.

He holds BSc and Msc in Physics, and did post graduate studies at the Institute of Applied Physics of Russian Academy of Sciences and University of Texas at Austin in Physics and electrical/biomedical engineering respectively.

Company

Logo:

EMVA European Machine Vision Association

Gran Via de Carles III, 84 (3rd floor)
08028 Barcelona
Spain

Company contact







Award

AutomationsBest Award

AutomationsBest Award

The AutomationsBest Award is now entering its 3rd round. The award will be presented at SPS - Smart Production Solutions on 25 November 2025

inspect America

inspect America September 2025 available now!

inspect America September 2025 available now!

This edition covers the debut of two major trade shows in the US: SPS Atlanta and Embedded World North America, both showcasing significant advancements in the industry.

most read

Photo
26.06.2025 • News

Optical knots made of laser beams

Interference patterns between overlapping laser beams could transmit encoded information over thousands of feet through chaotic environments.