Switching Between 16-bit Z80 and 24-bit eZ80 (ADL) Mode - Lesson 2
Explore switching between 16-bit Z80 and 24-bit eZ80 (ADL) modes, covering mixed modes and their complexities in assembly programming.
Serialization - Binary and Bitwise Operators
Learn binary serialization and bitwise operations for efficient data manipulation and storage in programming, with practical examples and applications.
What is a Stack and How Does It Work - 6502 Part 5
Explore the concept and functionality of stacks in computer architecture, focusing on their implementation and usage in the 6502 microprocessor.
Connecting an LCD to a 6502 Computer - Part 4
Learn to connect an LCD display to a 6502-based computer, exploring hardware interfacing and low-level programming techniques for embedded systems and retro computing enthusiasts.
Building a Basic Computer with 6502 Microprocessor - Part 1: "Hello, World" from Scratch
Explore computer fundamentals by building and programming a basic 6502 microprocessor-based computer, starting with the first steps towards creating a "Hello, world" program from scratch.
8-Bit CPU Control Logic - Part 1
Explore the creation of a custom machine language and learn how control logic executes programs in an 8-bit CPU, providing insights into low-level computer architecture.
Programming an 8-Bit Breadboard Computer
Learn to program an 8-bit breadboard computer, exploring its inner workings and gaining hands-on experience in low-level computing concepts.
Speech Recognition on Low Power Devices
Explore multilingual speech recognition on low-power devices, covering model optimization techniques, neural network compression, and practical demonstrations for efficient implementation.
Reprogramming CPU Microcode With an Arduino
Explore microcode reprogramming using Arduino, covering EEPROM programming, constants definition, and NoOp instructions for enhanced CPU control and customization.
Serialization - Binary Floats, Doubles, and Booleans
Learn to serialize binary floats, doubles, and booleans efficiently. Master essential techniques for handling these data types in serialization processes.
Hypervisor-Level Debugger - Benefits and Challenges
Explore hypervisor-level debugging techniques, their advantages, and potential obstacles in this insightful presentation by Mathieu Tarral at Hack.lu 2018.
Adapting WozMon for the Breadboard 6502
Explore adapting WozMon for a breadboard 6502 computer, learning key concepts and techniques for implementing this classic monitor program on custom hardware.
Internet Protocol (IPv4) - Write Your Own Operating System - Lecture 3
Explore IPv4 protocol implementation in OS development, covering network communication fundamentals and practical coding for enhanced system functionality.
Write Your Own Operating System - Hard Drive Access - Lecture 19
Learn to access hard drives in operating system development, exploring essential techniques for disk interaction and data management.
Write Your Own Operating System - Networking
Explore network chip initialization for AMD am79c973, a crucial step in developing custom operating systems. Learn practical OS development skills.
Write Your Own Operating System - Keyboard Input Implementation
Implement keyboard input functionality in a custom operating system, enabling real-time keystroke reception and processing.
Write Your Own Operating System - Interrupts
Learn to set up the interrupt descriptor table for hardware responses in operating system development, enhancing your low-level programming skills.
Write Your Own Operating System - Memory Segments and Global Descriptor Table - Part 3
Explore memory segmentation and Global Descriptor Table implementation for custom OS development. Learn prerequisites for hardware interrupt handling.
Writing a Minimalist Linux Kernel - From Concept to Implementation
Explore the process of creating a minimalist Linux kernel, from initial coding to advanced features like cursor updates, snap support, and scheduling, in this comprehensive tutorial.
Do You Want to Build a Kernel? - Introduction to Kernel Development
Learn to build a micro-kernel with expert guidance, covering bootloaders, memory management, and creating bootable devices in this hands-on introduction to kernel development fundamentals.
KDLP: Kernel Development Learning Pipeline
Innovative program bridging academia and industry to train new Linux kernel developers, addressing the shortage of qualified entry-level engineers in low-level software development.