Computer&Electronics

How computers work - from transistors to CPU - Simulation videos added - These videos explain how computers work from scratch. Starting from the basics we build every component step by step. Simulation circuit available. You can run your own simulation. youtube.com/playlist?list=…

LOAD and STORE instructions SIMULATION. In CircuitVerse simulator we see how LOAD and STORE instructions work in Scott's CPU. You can run your own simulation.

here the video youtu.be/VdSyAwZblFs

In Scott’s CPU, as in many other kind of CPUs, the ALU operates only with registers so we need some kind of instructions to get data from the RAM and to store data into the RAM.

@Abhishekcur 😂😂 I have the playlist for you how computers really work - Building Scott's CPU, a 8 bit CPU perfect for educational purpose. How computers work - Building Scott's CPU: youtube.com/playlist?list=…

I have used C. I have used C++. I have used Rust. I have used Go. I have used python. I have used Javascript. But I always recommend Assembly. Because pain is temporary, but true enlightenment is binary.

@vivekgalatage @dendibakh How computers really work - from transistors to CPU (endorsed by Andrej Karpathy co-founder of OpenAI) This playlist explain how computers work from scratch. Starting from the basics we build every component step by step. youtube.com/playlist?list=… x.com/karpathy/statu….

📚 Performance Analysis and Tuning on Modern CPUs by @dendibakh This is quite an interesting book (also available freely on GitHub) explaining low-level CPU details and how to fine-tune these for better performance and throughput.

here the link to the video youtu.be/fOyqJ7swihA

How CPU runs logic and mathematical operation? how the ALU instruction are fetched decoded and executed?

@systemdesignone Learn how cpu works before learning program language

A gentle reminder for programmers (you'll thank me later): • Learn SQL before ORM. • Learn Git before Jenkins. • Learn SQL before NoSQL. • Learn CSS before Tailwind. • Learn Linux before Docker. • Learn Solidity before dApps. • Learn English before Python. • Learn REST before GraphQL. • Learn JavaScript before React. • Learn HTML before JavaScript. • Learn Debian before Arch Linux. • Learn React before Microfrontends. • Learn Containers before Kubernetes. • Learn Monolith before Microservices. • Learn Data Structures before Leetcode. • Learn Networking before Cloud Services. • Learn Monolith before Modular Monolith. • Learn to draw Flowcharts before writing Code. ↳ Learn fundamentals before going deep. What else should make this list?

@CompSciFact Here the very bottom of things... the hardware level

“Rather than trying to stay on top of things, I am trying to get to the bottom of things.” -- Donald Knuth

Here the link to the video youtu.be/Kv2fPywX7EA Here the link to the circuit circuitverse.org/simulator/embe… Here the link to the playlist youtube.com/playlist?list=…

In this video we start to see the instrcution set of the Scott's CPU. In particular the ALU instruction. We have built a specific circuit in CirctuitVerse simulator to see every signal in detail.

@pyjamabrah Yeah, here an other way to view the only thing CPU does: fetch – decode – execute cycle. We use the Scott’s CPU. A 8 bit CPU perfect for education purpose. youtu.be/1BidIYu6Cls

What does the CPU internally do? Check out the animation... The dance goes like - 1. Fetch 2. Decode 3. Execute 4. Memory Access 5. Write Back See it in action here: eseo-tech.github.io/emulsiV/

@vivekgalatage @CircuitVerse I agree with you. I am using it to simulate Scott's CPU. I am currently releasing some videos about it. x.com/CompAndElectro…

I came across @CircuitVerse while preparing for a logic design discussion with a few students. I was amazed at how well this app has been designed and how it has all the required details to get you started (including tutorials, documentation, and a learning book). This is helpful for anyone trying to understand the low-level circuit designs of computer systems. It is highly recommended to play around with basic gates and build upon something fascinating, such as this Tic-Tac-Toe example from one of the users (Trương Ngọc Long) on the platform. Links in the thread.

Fetch Simulation – Scott’s CPU - CircuitVerse SIM This video shows the CircuitVerse simulation of the fetch operation in the Scott’s CPU. We see how the instructions are fetched in the IR and how the IAR is updated to point to the next instruction. youtu.be/6cskmKVfCqs?si…

@pyjamabrah This is very nice. Thanks for sharing. I am currently Building a simulator for Scott's CPU. Here the complete playlist. How computers work - Building Scott's CPU: youtube.com/playlist?list=…

@ClementDelangue Right! if you wonder how a computer thinks just see this playlist about how computers really work and you'll realize it is just a different thing x.com/karpathy/statu…

Once again, an AI system is not "thinking", it's "processing", "running predictions",... just like Google or computers do. Giving the false impression that technology systems are human is just cheap snake oil and marketing to fool you into thinking it's more clever than it is.