[hpc-announce] [MiM Webinar - Oct. 17th] Ferroelectric-enabled energy-efficient non-volatile edge computing

[Nima TaheriNejad]

Dear colleagues,

we are excited to invite you to our next talk of Mondays in Memory 
(MiM)*, “Ferroelectric-enabled energy-efficient non-volatile edge 
computing”, by  Prof. Ian O'Connor from Ecole Central de Lyon. This talk 
is scheduled on October 17th, 2022 at 4pm CET (Monday) and is followed 
by Q&A, and an open discussion with the speaker and our panelist. For 
more information, please see visit MiM website. You can find the 
abstract of this talk at 
https://www.ict.tuwien.ac.at/staff/taherinejad/MiM/next.html

The link to this Monday's webinar is 
https://tuwien.zoom.us/j/95094634063 (no registration is required).

We also have a talk by Prof. Vijay Narayanan from Pennsylvania State 
University on Accelerating Visual Analytics across the Meory and Storage 
stack planned for Nov. 7th. Please book your schedule.

Feel free to forward this information to your students and other 
interested colleagues. We look forward to welcoming you all in our next 
webinars!

Best regards,
Nima TaheriNejad

*MiM is a new biweekly webinar series dedicated to all aspects and 
technologies for in-memory computing and in a broader sense near memory 
computing. MiM is free and open to everyone around the world, held on 
the first and third Monday of each month. To maximize the outreach, we 
begin at 4-5:30pm central European time, which is 7-8:30am Pacific time 
and 10-11:30pm Beijing time. Each webinar is consisted of an invited 
talk and a Q&A with the speaker and two panel members.

-- 
-----------------------------------------------
Prof. Dr. Nima TaheriNejad,
http://www.ict.tuwien.ac.at/staff/taherinejad/

Open Positions: http://www.ziti.uni-heidelberg.de/ag-cat-available

Submit your In-Memory Computing paper to our special section at IEEE TETC (IF=7.69) as soon as you are ready (rolling reviews with latest submission possible on October 1st):
https://www.computer.org/digital-library/journals/ec/cfp-memory-computing-architectures