Category Archives: IoT

StoryBoard and Cyborg Eyes: A Revolution in User Interfaces

This week’s podcast is absolutely brimming with electronic engineering goodness! First, we investigate the details of new artificial eye that can be powered by sunlight, developed by a team of researchers at Hong Kong University. Next, Jason Clarke (Crank Software) joins us to discuss user interface design, what their unique Storyboard platform is all about, and how I can get an embedded app running in minutes.

Building an AI Ecosystem: You Can’t Do it All By Yourself

We’re taking on industrial automation and AI at the edge in this week’s podcast! First, we take a closer look at a new deep-learning framework developed at UC Santa Cruz that can identify and classify galaxies and stars by analyzing astronomical image data pixel by pixel. Steve Cammish (VP of Edge Solutions, ADLINK) also joins us this week to discuss the biggest challenges of the artificial intelligence in the industrial arena and the details of the Vizi-AI™ Development Starter Kit for Industrial Machine Vision AI at the Edge.

Calling All Innovators: Why You Should Join the Detect and Protect Challenge

In this week’s podcast, we take a closer look at The COVID-19 Detect & Protect Challenge. Hackster.io co-founder Adam Benzion and I chat about why The United Nations Development Programme and a multinational group of companies got together to create this challenge, the goals, prizes, and details associated with this design challenge, and most importantly, how your open source designs can help make the world a better place. Also this week, we check out new flexible sensor technology developed at MIT that is hoping to make vital sign monitoring a whole lot easier. 

 

Engineering the Edge: How Intel is Looking to Train One Million Engineers

Did you know that the edge computing market is forecasted to reach almost nine billion by 2023? 
In this week’s episode of Fish Fry, Mathew Formica (Director of Edge AI Developer Scale - Intel) and I chat about the the biggest challenges in edge computing today, what's included in Intel’s OpenVino Tool Kit, and how Intel and Udacity are looking to train one million developers with their Intel Edge AI for IoT Developers Nanodegree Program. Also this week, I take a closer look at a new low-cost, low-power carbon dioxide sensing platform developed at Purdue University and how it could help drastically reduce energy usage for commercial buildings and homes alike.

Return of the Pi!

In this week’s podcast, we are talking about the newest generation of Raspberry Pi, why old coding skills are in big demand right now, and why a new class of organic batteries may be just a proton away! First, we investigate a new all-organic battery technology developed at Uppsala University that can be charged in seconds and discharged and recharged over 500 times without loss of any kind. Next, Sarah Fawcett (element14) brings us the goods on the new Raspberry Pi 4. Sarah and I chat about the details of their All-in-One Kit for Quick-Start Embedded Computing and how Sarah helped create some unique home-based Raspberry Pi applications. Finally, we take a look at why the Governor of New Jersey sent out a call for programmers with COBOL experience to join the digital frontlines.

Systems and Bodies on Chip

In this week’s Fish Fry podcast, we take on systems on chips, body on chips, and much more!  First up, we check out how Havard’s Wyss University is hoping to change the future of modern drug development and approval. We take a closer look at how this team has pieced together ten “Organ Chips” to create a fully functioning body-on-chip platform and how this new BoC system can give us comprehensive new insights into how prospective drugs will behave throughout the human body. Also this week, I chat with Yorgos Koutsoyannopoulos (Ansys) about the challenges of chip design for 5G, radio-frequency integrated circuit design workflows and how we can all avoid electromagnetic crosstalk nightmares. 

 

Inventing Actionable Intelligence

Actionable intelligence and inference at the edge takes center stage in this week’s Fish Fry podcast. First up, we take a closer look at how drones can be taught to echolocate (like bats and dolphins) with a little help from a speaker, four microphones and a whole lot of math. Next, Nigel Forrester (Concurrent Technologies) and I chat about radio frequency signal intelligence, the benefits of a heterogeneous resource pool, and the details of Concurrent Tech's new artificial intelligence accelerator board.
 

Algorithmic Acceleration and The Next Phase of Moore’s Law

In this week’s Fish Fry podcast, we take a closer look at deep learning model acceleration and the future of Moore’s Law. First up, Tom Smelker (Mercury Systems) and I discuss modular chip design and why he thinks it will be crucial to the next phase of Moore’s Law. Next, we investigate AI hardware and algorithm acceleration with Dr. Mohamed Bergach and Marc Littlefield (Kontron). To finish things up, we take a closer look at the unique design challenges of micro air vehicles and how new research from China's Changzhou and Jiangsu universities could make a sun-powered flapping wing a reality.

Super Standards to the Rescue!

In this week’s podcast, we are tackling two of the biggest themes at this year’s Embedded Tech Trends Conference:  SOSA (Sensor Open Systems Architecture) and artificial intelligence processing at the edge. First up, I take a closer look at SOSA with Rodger Hoskins from Pentek. Rodger and I discuss the role SOSA will have in the warfighting technology, what the future holds for this open systems architecture, and what exactly the “Grey Box Concept” is all about. Next up, Doug Patterson from AiTech and I discuss some real world examples of AI processing at the edge, the importance of situational awareness, and why surveillance and reconnaissance plays an important role across many different application areas. 

New Kid on the Block

This week’s podcast is one part frog embryo, one part embedded design, and one part crystal ball! To start things off, we take a closer look at how a team of research scientists have created a new form of life (a living, programmable organism called a Xenobot) with a little help from African frog embryos, a algorithm that simulates designs for new life-forms, and the Deep Green supercomputer cluster at the Vermont Advanced Computing Core. Also this week, Dunstan Power (ByteSnap Design) and I discuss a variety of design trends for 2020, including the rise of RISC-V, the role of security in embedded design, and why he expects to see a big push into machine learning-driven by tools from Xilinx and Intel.