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The Significance of Sparsity

Tensilica DNA 100 Processor IP and the Challenges of On-Device AI

What has sparsity done for you lately? In this episode of Fish Fry, we investigate the challenges that surround on-device artificial intelligence processing. Megha Daga (Cadence Design Systems) and I discuss the why the presence of zeroes is becoming more and more important in the development of neural networks and how sparsity can be used for bandwidth and compute reduction. In this week’s News You May Have Missed, we check out how the the University of Adelaide is making huge strides in quantum memory technology with a little help from an atomic tractor beam and the world’s first “waveguide trap”.

 

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Links for November 9, 2018

Cadence Launches New Tensilica DNA 100 Processor IP Delivering Industry-Leading Performance and Power Efficiency for On-Device AI Applications

More information about how the University of Adelaide is trapping atoms, not spaceships, with tractor beams

High-Efficiency Cold-Atom Transport into a Waveguide Trap (Research paper)

 

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Fish Fry Executive Interviews

Anupam Bakshi, CEO – Agnisys

Dave Kleidermacher, CTO – Green Hills Software

Robert Blake, CEO – Achronix

Jack Harding, CEO – eSilicon

Michiel Ligthart, COO – Verific

Adnan Hamid, CEO – Breker Technologies

Simon Davidmann, CEO – Imperas

Ted Miracco, CEO – SmartFlow Compliance Solutions

Jessica Gomez – Rogue Valley Microdevices

Shishpal Rawat, Chairman – Accellera Systems Initiative

Kevin Bromber, CEO – myDevices

Daniel Hansson, CEO – Verifyter

Mark Papermaster, CTO – AMD

David Fried, CTO – Coventor

Dr. Steven LeBoeuf, President – Valencell

David Dutton, CEO – Silvaco

Bob Niemiec, CEO – TwistThink

Allan Martinson, COO – Starship Technologies

Zhihong Liu, Chairman and CEO – ProPlus Solutions

Taher Madraswala, CEO and President – Open-Silicon

Kapil Shankar, CEO and Director – AnDAPT

Dan Fox, CTO – Local Motors

 

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