Design A Cpu 3

Computer Architecture Organisation and Design

What you'll learn

Mathematics: power functions, modulo, factorials, square roots.

Graphics: Bresenham's circle, triangles, plotting, and vector manipulation.

Matrices: multiplication, addition, subtraction, determinants, and transposition.

Complex Numbers: addition, subtraction, multiplication, and conjugates.

String Library: copying, concatenation, and length calculation.

Fixed Point Library: addition, multiplication, division, power functions, and trigonometry.

Visual Studio Code Editor

CPU architecture to practical coding with comprehensive libraries.

Requirements

Previous two courses. Design a CPU 1 and Design a CPU 2

Description

Design a CPU3Unlock the mysteries of computer architecture and delve into the heart of computational brilliance with our groundbreaking course, "Design a CPU3." As the third installment in our series, this module focuses on the creation of bespoke assembly language libraries, equipping you with the tools and knowledge to wield the true potential of a CPU.LibrariesEmbark on a journey through the intricacies of mathematics, string manipulation, graphics rendering, and fixed-point arithmetic. Our meticulously curated curriculum encompasses an array of indispensable routines, including:Memory Mapping: Understand the core of memory management, an indispensable skill for efficient programming.Mathematics: From basic operations like power functions, modulo and factorials to trigonometry (sine, cosine, and tangent).Graphics and Geometry: Dive into the world of graphics programming with algorithms like Bresenham's circle, triangle plotting, and vector manipulation (addition, multiplication, scalar operations, dot and cross products).Matrix Operations: Master matrix manipulation techniques, including multiplication, addition, subtraction, determinants, and transposition.Complex Numbers: Explore the realm of complex arithmetic, covering addition, subtraction, multiplication, conjugates, and more.String Handling: Learn efficient string manipulation techniques such as copying, concatenation, and length calculation.Fixed-Point Arithmetic: Delve into fixed-point numbers, tackling addition, multiplication, division, power functions, and trigonometric operations.Hands-On Learning in a Modern EnvironmentOur course doesn’t just stop at theory; it’s a practical, hands-on experience. You'll wield the power of Visual Studio Code as your assembly language playground, crafting code and witnessing it transform into machine code before your eyes. With our guidance, you'll gain the expertise to navigate this powerful environment confidently.Building upon Architecture: Your Path to ExpertiseThis course isn't just a standalone endeavor. It's the natural progression from our first and second parts, which centered on CPU architecture. With "Design a CPU3," you elevate your understanding from hardware design to programming.Why Choose Our Course?Comprehensive Curriculum: Our course leaves no stone unturned, offering a rich tapestry of essential concepts and practical applications.Practical Application: Dive into real-world scenarios and emerge with the ability to implement these libraries in various computational projects.Expert Guidance: Learn from a seasoned professional with hands-on experience in both CPU architecture and assembly language programming.Future-Proof Skills: Equip yourself with timeless skills that transcend specific technologies, ensuring your relevance in a rapidly evolving tech landscape.Join Us and Unleash the Power of CodeAre you ready to transcend the ordinary and embark on a journey that unlocks the true potential of computers? Enroll in "Design a CPU3" today and become the architect of computational marvels. Elevate your skills, expand your horizons, and wield the power of code with confidence.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Memory Map

Section 2: Mathematics Library

Lecture 3 Power Function

Lecture 4 Call to Subroutine

Lecture 5 Modulo Function

Lecture 6 Factorial Function

Lecture 7 Square Root Function

Section 3: Graphics Library

Lecture 8 Rectangles

Lecture 9 New Assembler Setup

Lecture 10 Bresenham's Circle Drawing Algorithm

Lecture 11 Bresenham's Circle Drawing Algorithm in Assembly Language

Lecture 12 Triangle

Lecture 13 Plot

Section 4: Taking Things to the Next Level

Lecture 14 Visual Studio Code Editor

Lecture 15 Assembler Update (You will need this one !!!)

Lecture 16 Assembly Language Commands

Section 5: Vectors

Lecture 17 Vector Addition

Lecture 18 Vector Subtraction

Lecture 19 Multiplication by a Scalar

Lecture 20 Magnitude of a Vector

Lecture 21 Dot Product

Lecture 22 Cross Product

Section 6: Matrices

Lecture 23 Matrices

Lecture 24 Matrix Addition and Subtraction

Lecture 25 Matrix Multiplication by a Scalar

Lecture 26 Determinant 2x2 Martix

Lecture 27 Determinant 3x3 Matrix

Lecture 28 Matrix Transpose

Lecture 29 Matrix Multiplication

Section 7: Complex Numbers

Lecture 30 Complex Numbers

Lecture 31 Complex Conjugate

Lecture 32 Complex Addition and Subtraction

Lecture 33 Complex Multiplication

Section 8: String Library

Lecture 34 String Length

Lecture 35 String Concatenation

Lecture 36 String Copy

Section 9: Fixed Point Numbers

Lecture 37 Addition and Subtraction

Lecture 38 Multiplication

Lecture 39 Power Function

Lecture 40 Taylor Series Sine Function

Lecture 41 Taylor Series Cosine Function

Lecture 42 Taylor Series Tangent Function

Lecture 43 Taylor Series Exponential Function

Lecture 44 Sine Function Full Domain

Lecture 45 Cosine Function Full Domain

Lecture 46 Tangent Function Full Domain

Section 10: Parameterised Equations

Lecture 47 Parametric Circle

Lecture 48 Parametric Spiral

Lecture 49 Parametric Lines

Lecture 50 ChatGPT Generates Parametric Equations

Section 11: Goodbye

Lecture 51 Goodbye

Everyone who wants to know how computers work.