Machine Learning
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Three Companies, One Toolchain: The Rise of TASKING 3.0

I don’t like change. I know I’m starting to sound like an old codger, but that’s OK because I am an old codger (I know the secret handshake and I have the ceremonial undergarments T-Shirt to prove it). For example, I remember going to the Design Automation Conference (DAC) year after year throughout the 1980s. The same companies were there each time, but it … Read More → "Three Companies, One Toolchain: The Rise of TASKING 3.0"

The Curious Case of the Waning Wheeltapper

I constantly amaze myself by the vast quantities of useless nuggets of knowledge and tidbits of trivia that are rattling around in my poor old noggin. These typically resurface when I least expect them. For example, I could be discussing AI systems with someone, and—as improbable as it may sound—one of the examples they give might trigger thoughts of a man bending over tapping a railway wheel … Read More → "The Curious Case of the Waning Wheeltapper"

Bumblebees Can’t Fly, and Humans Can’t Exist (I Have Proof)

I’m feeling more than a little existential at the moment. Unfortunately, I don’t think there’s a cream for that. I was going to say, “Don’t worry, it’s not catching.” However, the more I think about what I’m about to tell you, the more I fear we might discover that it is.

The idea that bumblebees shouldn’t be able to fly … Read More → "Bumblebees Can’t Fly, and Humans Can’t Exist (I Have Proof)"

Well, Fork Me with a Dining Philosophers Problem (or The Best Way to Debug Embedded Systems)

There are many difficult-to-answer questions. For example: At what point does ‘a few’ become ‘several’ When does ‘soon’ become ‘never’? How long will this take? (How long have you got?) When will it be done? (Define ‘done’?) Is it backward compatible? (With what, exactly?) How many devices around the world are running code no one fully understands? How many engineers are currently Googling the same error message? Why are … Read More → "Well, Fork Me with a Dining Philosophers Problem (or The Best Way to Debug Embedded Systems)"

Powering Kilowatt-Plus Processors

A futurist is a person who studies, analyzes, and makes informed predictions about the future, especially regarding trends in technology, society, business, culture, economics, or science. For example, a technology futurist bouncing around today might examine developments in artificial intelligence (AI), augmented reality (AR), robotics, silicon chip process technologies, and semiconductor packaging, and then discuss how these could reshape edge computing over the next 10 to 20 years.

Sad … Read More → "Powering Kilowatt-Plus Processors"

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chalk talks
CUBE: Powering the AI Revolution — Winbond  In this episode of Chalk Talk, Omar Ma from Winbond and Amelia Dalton explore how we can power the AI revolution with CUBE. They also investigate how AI model parameters compare with DRAM density, why Green DRAM can be a great solution for edge AI applications and how the CUBE can be scaled for … Read More → "CUBE: Powering the AI Revolution — Winbond"
Power Inductor Considerations for AI Computing and High-Powered Processors – Vishay and Mouser  In this episode of Chalk Talk, Mariyah Sachak from Vishay and Amelia Dalton explore how various inductor solutions can supply near-instant power to demanding loads at low, core-level voltages for high power computing applications. They also investigate the benefits of Trans-Inductor voltage regulators and what you will need to consider when choosing the right … Read More → "Power Inductor Considerations for AI Computing and High-Powered Processors – Vishay and Mouser"
Using NXP’s FRDM Ecosystem to Break Down ML Complexity — NXP and Mouser Electronics  In this episode of Chalk Talk, Michael Pontikes from NXP and Amelia Dalton explore the details of the FRDM ecosystem from NXP. They explore the scalability component of this ecosystem, the details of the FRDM i.MX 93 Development Board and how the machine learning software and tools of this ecosystem will streamline and simplify … Read More → "Using NXP’s FRDM Ecosystem to Break Down ML Complexity — NXP and Mouser Electronics"
AI/ML System Architecture Connectivity Solutions — Samtec and Mouser Electronics  In this episode of Chalk Talk, Amelia Dalton and Matthew Burns from Samtec investigate a variety of crucial design considerations for AI and ML designs, the role that AI chipsets play in the development of these systems, and why the right connectivity solution can make all the difference when it comes to your machine … Read More → "AI/ML System Architecture Connectivity Solutions — Samtec and Mouser Electronics"
Intel AI Update — Intel and Mouser Electronics  In this episode of Chalk Talk, Amelia Dalton and Peter Tea from Intel explore how Intel is making AI implementation easier than ever before. They examine the typical workflows involved in artificial intelligence designs, the benefits that Intel’s scalable Xeon processor brings to AI projects, and how you can take advantage of the Intel … Read More → "Intel AI Update — Intel and Mouser Electronics"
Advantech Industrial AI Camera: Small but Mighty — Advantech and Mouser Electronics  Artificial intelligence equipped camera systems can be a great addition to a variety of industrial designs. In this episode of Chalk Talk, Amelia Dalton and Ryan Chan from Advantech explore the components included in an industrial AI camera system, the benefits of Advantech’s AI ICAM-500 Industrial camera series and how you can get started … Read More → "Advantech Industrial AI Camera: Small but Mighty — Advantech and Mouser Electronics"