These are public posts tagged with #embedded. You can interact with them if you have an account anywhere in the fediverse.
Join Chris( @stoneymonster ) and Elecia( @logicalelegance ) on episode 502: Chat J'ai Peté( https://embedded.fm/episodes/502 )
as they talk about Murderbot, LLMs (AI), bikes, control algorithms, and fancy math.
Thank you to Nordic Semi for supporting the show!
#algorithm #ai #llm #math #embedded #engineering #murderbot
Chris and Elecia talk about Murderbot, LLMs (AI),…
EmbeddedFirst my RP2350 vector table and signature/binblock disappeared, now my __init_array calls crash. How is your day going?
#embedded #development
A general #softwareengineering question, when using the word #embedded how do you distinguish between embedded as in #firmware vs #embedded as in in process like a programming language like #lua that is used in a game engine or a database like #sqllite or #duckdb that (can potentially) run in the host application. As in do you use different terms like #embeddedsystems or #EmbeddedSoftware to refer to one or the other? Or am I completely off base here?
Just 2 weeks until the GopherconEU Hardware Hack Session! This year, our free session is happening both before & after the main conf for your convenience.
You bring a laptop, we bring drones, robots, LEDs, & more, all programmable with our favorite language, @golang
See you there!
#Zoomposium with Prof. Dr. #Martin #Bogdan: “When #AI gets bored - ways to (#artificial) #consciousness
Martin Bogdan works at Leipzig University at the Faculty of #Mathematics and #Informatics in the Department of #Neuromorphic #Information #Processing on applied #signalprocessing and #dataanalysis in #medicine and #biology as well as with #embedded #systems for #bioanalog #informationprocessing.
More at: https://youtu.be/izN9ac-9zw8
or: https://philosophies.de/index.php/2025/05/30/wenn-sich-ki-langweilt/
#Zoomposium with Prof. Dr. #Martin #Bogdan: “When #AI gets bored - ways to (#artificial) #consciousness
Martin Bogdan works at Leipzig University at the Faculty of #Mathematics and #Informatics in the Department of #Neuromorphic #Information #Processing on applied #signalprocessing and #dataanalysis in #medicine and #biology as well as with #embedded #systems for #bioanalog #informationprocessing.
More at: https://youtu.be/izN9ac-9zw8
or: https://philosophies.de/index.php/2025/05/30/wenn-sich-ki-langweilt/
#Zoomposium with Prof. Dr. #Martin #Bogdan: “When #AI gets bored - ways to (#artificial) #consciousness
Martin Bogdan works at Leipzig University at the Faculty of #Mathematics and #Informatics in the Department of #Neuromorphic #Information #Processing on applied #signalprocessing and #dataanalysis in #medicine and #biology as well as with #embedded #systems for #bioanalog #informationprocessing.
More at: https://youtu.be/izN9ac-9zw8
or: https://philosophies.de/index.php/2025/05/30/wenn-sich-ki-langweilt/
#Zoomposium with Prof. Dr. #Martin #Bogdan: “When #AI gets bored - ways to (#artificial) #consciousness
Martin Bogdan works at Leipzig University at the Faculty of #Mathematics and #Informatics in the Department of #Neuromorphic #Information #Processing on applied #signalprocessing and #dataanalysis in #medicine and #biology as well as with #embedded #systems for #bioanalog #informationprocessing.
More at: https://youtu.be/izN9ac-9zw8
or: https://philosophies.de/index.php/2025/05/30/wenn-sich-ki-langweilt/
#Zoomposium with Prof. Dr. #Martin #Bogdan: “When #AI gets bored - ways to (#artificial) #consciousness
Martin Bogdan works at Leipzig University at the Faculty of #Mathematics and #Informatics in the Department of #Neuromorphic #Information #Processing on applied #signalprocessing and #dataanalysis in #medicine and #biology as well as with #embedded #systems for #bioanalog #informationprocessing.
More at: https://youtu.be/izN9ac-9zw8
or: https://philosophies.de/index.php/2025/05/30/wenn-sich-ki-langweilt/
#Zoomposium with Prof. Dr. #Martin #Bogdan: “When #AI gets bored - ways to (#artificial) #consciousness
Martin Bogdan works at Leipzig University at the Faculty of #Mathematics and #Informatics in the Department of #Neuromorphic #Information #Processing on applied #signalprocessing and #dataanalysis in #medicine and #biology as well as with #embedded #systems for #bioanalog #informationprocessing.
More at: https://youtu.be/izN9ac-9zw8
or: https://philosophies.de/index.php/2025/05/30/wenn-sich-ki-langweilt/
A talk I gave at NervesConf. Ostensibly about Nerves and security but alos a rambling romp through various Nerves topics.
I think people enjoyed it?
https://www.youtube.com/watch?v=Yd-qWQ65eQ8
#nerves #embedded #linux #security
Enjoy the videos and music you love, upload original…
www.youtube.comIf you're outgrowing Arduino or feel limited by bare-metal and FreeRTOS, #Zephyr might be your next step. It offers built-in drivers and cross-platform hardware abstraction, perfect for scalable, production-ready #embedded systems. Learn more: https://shawnhymel.com/2741/why-use-zephyr-a-practical-guide-for-embedded-engineers-choosing-the-right-rtos/ #IoT #RTOS
fascinating and interesting research on targeting avionics systems of Boeing planes - specifically, security analysis of hardware, protocols & data manipulation https://dl.acm.org/doi/pdf/10.1145/3626205.3659144
grand theft auto of planes coming soon
Want to learn about Pulse Width Modulation (PWM) on hardware, but don't have any actual hardware?
We've got you covered with our newest addition to the TinyGo Tour with simulated hardware using WebAssembly in your browser!
https://tinygo.org/tour/pwm/
#tinygo #golang #embedded #pwm #wasm #webassembly
Using the PWM peripheral of common microcontrollers.
TinyGohonestly such articles are a wealth of knowledge regarding hardware & electronics
This promises to be a very interesting talk about using Reactor for Nerves device startup.
I think Reactor is also interesting in itself and I look forward to learn more about it.
https://goatmire.com/speaker/james-harton
#elixir #embedded
I'm sure there are *reasons*, and storage *is* pretty cheap these days, but still there is something wild and perplexing about having 9GB of intermediate objects to build a program for a target with 128kB of flash.
...And if anyone has a take on what the reasons are...I'm actually interested to hear it :)