25:19

Double it Like Dekker 2: Dekker Multiplication and Division

21:24

Double it Like Dekker: A Remarkable Technique to Double Floating Point Precision (Part 1)

28:22

Is this New Quadratic Formula Actually Faster than the OG Quadratic Formula? (For a Computer)

28:13

Answering Basic Assembly Language Questions - Assembly Language for Beginners

24:49

Object Oriented Programming is a Dirty Rotten Low Down Trick: A Look at How C++ Works

22:00

That unbelievable function that can compute EVERYTHING! An Adventure in Discrete Mathematics

26:11

Bit Hacks from Beginner to Advanced - 11 Amazing Bit Twiddling Techniques

54:24

PIC Microcontroller Programming - PIC AS Assembler using MPLAB X IDE, Blinking LED

26:00

Computer Science Lockdown Quiz 2

16:50

Adventures in Hyperthreading - now with STEREO SOUND!!!

15:19

Top 10 Craziest Assembly Language Instructions

21:23

How do Spell Checkers work? Levenshtein Edit Distance

18:13

Assembly Language Misconceptions

28:16

AVX512 (3 of 3): Deep Dive into AVX512 Mechanisms

20:25

AVX512 (2 of 3): Programming AVX512 in 3 Different Ways

17:35

AVX512 (1 of 3): Introduction and Overview

15:37

Why is Radix Sort so Fast? Part 3 Comparison and Code, Radix Sort vs QuickSort

22:54

Why is Radix Sort so Fast? Part 2 Radix Sort

15:19

Why is Radix Sort so Fast? Part 1 Why are Comparison Sorts so Slow?

23:12

Modern x64 Assembly 16: Basic SIMD Floating Point Arithmetic

15:26

Introduction to Function Pointers in C++: What are they and how are they used?

19:25

Branchless Programming: Why "If" is Sloowww... and what we can do about it!

20:55

Computer Science Lockdown Quiz

11:14

Set Associative Caches 2: AMD vs Intel Cache Commentary

14:58

Set Associative Caches 1: What is a Set Associative Cache?

27:25

Agner Fog's VCL 2: Performance Programming using Vector Class Library

20:27

Introduction to Quantum Computing

24:03

Modern x64 Assembly 15: Introduction to SIMD

13:05

Exploring Cliques and Clique Problems

09:44

ASM Tricks Bonus Vid: C++ Calling Member Methods

18:24

Modern x64 Assembly 14: Structures in ASM and C++

20:48

Are CPU's Getting Faster? (2009 AMD Phenom II vs 2018 Intel i7 8750H - Phenom 2 Benchmark)

17:41

The Sorting Algorithm Olympics - Who is the Fastest of them All

21:27

Modern x64 Assembly 13: Control Structures (If statements, do while, while and for loops)

26:48

Neural Nets 6: Activation Functions

26:45

Godbolt Compiler Explorer Adventures

29:42

Agner Fog's VCL (Vector Class Library Installation and Overview)

17:32

Newton's Method: How to Compute Pretty much Anything

11:48

Neural Nets 5: Forward Propagation (Feed Forward)

12:44

Intro to Rust Programming Language (Installing guide, cargo and simple examples, vs C++)

19:44

Neural Nets 4: Adding Layers Explained (Deep Learning)

12:20

C++ Magical History Tour: Formative Years

15:54

Matrix Multiplication in C++ (for Neural Networks)

21:16

Neural Net Structure (Architecture)

15:56

Introduction to Neural Networks (AI vs Biological Neural Nets)

25:57

Collatz Conjecture, Racing the Dragon (LLVM, Assembly Language, C++, BitHacking)

33:37

Studying Agner Fog 2: Unrolling Loops and Dependency Chains

16:44

Modern x64 Assembly 12: C Calling Convention (Passing Parameters)

15:04

Modern x64 Assembly 11: Division with the DIV and IDIV Instructions

23:56

Modern x64 Assembly 10: Conditional Jumps, Moves and Set Byte

20:14

Modern x64 Assembly 9: The rFlags Register (Flags, pushfq, popfq, pushf, popf)

11:09

Studying Agner Fog: Intro and Static Local Arrays

07:25

Weird Trick with Adjacency Matrices

21:12

Modern x64 Assembly 8: Shift, Rotate and Bit Manipulation Instructions

14:01

Modern x64 Assembly 7: Boolean (Bool) Logical Instructions in x86 x64 8086 ASM

12:24

Performance x64: Cache Blocking (Matrix Blocking)

19:18

Performance x64: Caches 1

11:21

Modern x64 Assembly 6: ADD, SUB INC and DEC

12:12

Learn Python Programming 5: Functions

07:55

Modern x64 Assembly 5: MOV and LEA