Amelia's Weekly Fish Fry

This week I am happy to announce that Anand Nambiar (Global head of Semiconductor Materials at EMD Electronics) is joining me to discuss technological innovation amidst a global supply chain shortage. Anand and I discuss why EMD Electronics has pledged an investment of one billion dollars to support customers in the United States and a total of 3.5 billion dollars on a global scale. We discuss how this investment supports not only capacity expansion but also new material and technology innovation. Also this week, I take a closer look at a new 3D printing method developed by University College London that allowed them to 3D print medicinal tablets in seconds.

 

In this week’s Fish Fry podcast, Ashish Darbari (Founder and CEO at Axiomise) joins me to chat about the past, present and future of formal verification. Ashish and I explore the three pillars of formal verification, how the perception of formal verification as changed over the years, and why we are seeing the increased adoption of formal verification today. Also this week, I delve into the details of a new immune-system-on-a-chip developed by the Wyss Institute at Harvard university.

 

SoC verification takes center stage in this week’s podcast! Dave Kelf (CEO of Breker) joins us to discuss why coherency is crucial to system-level verification today, the details of Breker’s new TrekApps, and how these applications can help us bridge the SoC verification gap in our next SoC designs. Also this week, I take a closer look at how a new research project at University of Illinois Urbana-Champaign could finally make DNA a feasible solution for data storage. (Spoiler Alert: They added seven new letters to the DNA alphabet!) 

 

What if your computer could receive directions directly from your thoughts? No keyboard or mouse required? That is exactly what we talk about in this week’s Fish Fry podcast! Evan Coopersmith (EVP of Data Science at AE Studio) joins me to discuss the newest advancements in brain computer interface technology. Evan and I chat about the details of the recent Neural Latents Benchmark Challenge, how AE Studio is leveraging their expertise in machine learning to encourage innovation in BCI technology, and why neuroethical principles that increase human agency are vital to the future of brain computer interface technology.

 

Design verification is the name of the game of this week’s Fish Fry podcast. First up, John Dickol (DVCon 2022 U.S. Program Chair) and I chat about this year’s DVCon Virtual Conference, the new two stage paper submission process for this year’s conference and what you can expect by attending. Also this week, Robert Schweiger (Cadence) joins me to discuss why standardization is crucial to functional safety design today and the details of Cadence’s new Comprehensive Safety Solution for Faster Certification of Automotive and Industrial Designs.

It’s a bird, it's a plane, it's the largest AI processor ever made!  In this week’s Fish Fry podcast, Andy Hock (Cerebras Systems) joins me to chat about the largest AI processor ever made -  the 7 nm wafer scale engine 2, the details of their brain-scale AI training, and how Cerebras Systems is democratizing access to high performance AI computation. Also this week, I check out a new kickstarter campaign called the SPORTSMATE 5: the world’s first and lightest portable wearable robotic exoskeleton that aims to alter the way we interact with the world by applying exoskeletons to daily life. 

 

In honor of the SEMICON West 2021 and the Design Automation Conference that took place in San Francisco this week, my guest is Bob Smith from ESD Alliance. Bob and I are chatting about a new anti-piracy server certification protocol for software license management and why this kind of server certification protocol is needed now more than ever before. Also this week, I take a closer look at a new simplified quantum computer developed by a team of researchers at Stanford University. (Spoiler Alert: They use off the shelf parts!) 

 

This week's podcast is all about the future of 3D IC tools and methodologies and the newest advancement in xenobot research. Vinay Patwardhan (Cadence Design Systems) and I discuss the challenges engineers experience when designing 3D chips, where existing 3D-IC tools and methodologies fall short, and what type of analysis we need for a 3D stack system as opposed to a standard chip design. Also this week, I investigate how a group of researchers from the University of Vermont, Tufts University, and the Wyss Institute for Biologically Inspired Engineering at Harvard University have discovered a brand new form of biological reproduction and how they used this new discovery to create the world’s first self-replicating living robots.

 

What if we could improve engineering productivity by 1000% and decrease debugging by 50%? In this week’s podcast, we investigate how machine programming will help us do all of this and more! Justin Gottschlich (Principal AI Scientist & Director/Founder of Machine Programming Research at Intel Labs) joins me for a deep dive into the world of machine programming. We take a closer look at the development of this pioneering research initiative, the details of Intel’s open source machine programming research system (ControlFlag) and why Justin believes that automated debugging and performance extraction will unlock untold possibilities in the realm of software and hardware development.

 

Artificial Intelligence reigns supreme in this week’s Fish Fry podcast! First up, we take a closer look at DeepMind’s new foray into rainfall prediction. We investigate how DeepMind's deep generative model of rain tool supports the advancement of precipitation nowcasting and how it compares to current methods of precipitation forecasting. Keeping with our AI theme this week, Pulin Desai (Cadence Design Systems) joins us to discuss the requirements for on-device AI today, what you need consider when developing an on-device AI system, and how Cadence is taking on on-device AI with its new Tensilica AI platform.