x86 Assembly Language Programming From Ground Up™

x86 Assembly Language Programming From Ground Up&, available at $69.99, has an average rating of 4.52, with 79 lectures, based on 1499 reviews, and has 12974 subscribers.

You will learn about Master the x86 Core Instruction Set Understand the coding differences between x86-32 and x86 -64 Master the x86 MMX Extension Instruction Set Master the x86 Streaming SIMD Extension (SSE) Instruction Set Master the x86 Advanced Vector Extension (AVX ) Instruction Set Develop Complex Image Processing Algorithms in x86 Assembly Develop Complex Mahtematical Algorithms in x86 Assembly Be able to understand and apply the IEEE- 754 Floating point standard Be able to create Lookup Tables and Jump Tables in x86 Assembly Be able to Write Robust Mixed C/C++ and x86 Assembly Code Master the MASM Assembler Syntax This course is ideal for individuals who are If you are an absolute beginner to assembly programming, then take this course. or If you are a seasoned programmer, then take this course to to get up to speed with the x86 architecture and assembly programming or If you are switching from other architectures such ARM to x86 then this is a fast-track way of doing it. You can get started straight away with the x86 Instruction Set. It is particularly useful for If you are an absolute beginner to assembly programming, then take this course. or If you are a seasoned programmer, then take this course to to get up to speed with the x86 architecture and assembly programming or If you are switching from other architectures such ARM to x86 then this is a fast-track way of doing it. You can get started straight away with the x86 Instruction Set.

Enroll now: x86 Assembly Language Programming From Ground Up&

Summary

Title: x86 Assembly Language Programming From Ground Up&

Price: $69.99

Average Rating: 4.52

Number of Lectures: 79

Number of Published Lectures: 79

Number of Curriculum Items: 79

Number of Published Curriculum Objects: 79

Original Price: $139.99

Quality Status: approved

Status: Live

What You Will Learn

Master the x86 Core Instruction Set

Understand the coding differences between x86-32 and x86 -64

Master the x86 MMX Extension Instruction Set

Master the x86 Streaming SIMD Extension (SSE) Instruction Set

Master the x86 Advanced Vector Extension (AVX ) Instruction Set

Develop Complex Image Processing Algorithms in x86 Assembly

Develop Complex Mahtematical Algorithms in x86 Assembly

Be able to understand and apply the IEEE- 754 Floating point standard

Be able to create Lookup Tables and Jump Tables in x86 Assembly

Be able to Write Robust Mixed C/C++ and x86 Assembly Code

Master the MASM Assembler Syntax

Who Should Attend

If you are an absolute beginner to assembly programming, then take this course.

If you are a seasoned programmer, then take this course to to get up to speed with the x86 architecture and assembly programming

If you are switching from other architectures such ARM to x86 then this is a fast-track way of doing it. You can get started straight away with the x86 Instruction Set.

Target Audiences

If you are an absolute beginner to assembly programming, then take this course.

If you are a seasoned programmer, then take this course to to get up to speed with the x86 architecture and assembly programming

If you are switching from other architectures such ARM to x86 then this is a fast-track way of doing it. You can get started straight away with the x86 Instruction Set.

Welcome to the x86 Assembly Programming From Ground Up&? course.

Covering x86 Processor History, Architecture and Practical Assembly Programming,? this is the most comprehensive x86 assembly course online.

I’ll take you step-by-step through engaging and fun video tutorials and teach you everything you need to know to succeed as an x86 developer.

By the end of this course you will master? the x86 Core Instruction Set, the x86 MMX Extension Instruction Set, the x86 Streaming SIMD Extension (SSE) Instruction Set and the x86 Advanced Vector Extension (AVX ) Instruction Set. You will be able to develop complex Image Processing Algorithms in x86 Assembly. You will be able to develop complex mathematical algorithms in x86 assembly .You will also be able to write robust programs that mix C++ and x86 Assembly files.

Furthermore, you will master every day? things like navigating arrays, computing the statistical properties of an array such as computing the mean and standard deviation of each row? and column. All of this written in assembly language. There is so much more. Please take a look at the full course curriculum.

REMEMBER : I have no doubt you will love this course. Also it comes with a? FULL money back guarantee for 30 days!? So put simply, you really have nothing to loose and everything to gain.

Sign up and lets start writing some low level code.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Getting Started

Lecture 1: Setting Up the Development Environment

Lecture 2: Coding : Simple Assembly program

Lecture 3: Installing a Syntax Highlighter

Chapter 3: x86 Processors & Computer Architectures

Lecture 1: Evolution of Intel Processors

Lecture 2: Harvard Architecture vs Von Neumann Architecture

Chapter 4: The Computing Device

Lecture 1: Logic Gates

Lecture 2: From Transistors to Operating Systems

Lecture 3: Number Systems

Chapter 5: The Programmers Model

Lecture 1: Overview of x86 Data Types

Lecture 2: Basic x86 Microcomputer Design

Lecture 3: x86 Operating Modes

Lecture 4: Overview of the x86 Registers

Lecture 5: Coding : One Register to Rule Them All

Lecture 6: Overview of the x86 Flags

Lecture 7: Overview of the Floating Point Unit

Lecture 8: Overview of x86 Memory Models

Chapter 6: Introduction to x86 Assembly Language

Lecture 1: Notice

Lecture 2: Overview of x86 Integers

Lecture 3: Introduction to Directives and Instructions

Lecture 4: Simple x86 Assembly Template

Lecture 5: Coding : Declaring Variables in Assembly

Lecture 6: Dealing with Data

Lecture 7: Endianness

Lecture 8: Notice

Lecture 9: Coding : Mixing C/C++ and Assembly

Chapter 7: Data Transfer Instructions

Lecture 1: Operand Types

Lecture 2: Overview of the MOV Instruction

Lecture 3: Understanding Direct – Offset Operands

Lecture 4: Memory Addressing Modes

Chapter 8: Arithmetic Instructions

Lecture 1: Notice

Lecture 2: The Increment and Decrement Instructions

Lecture 3: The Addition and Subtraction Instructions

Lecture 4: Data Operators and Directives

Lecture 5: Coding : Summing Array Elements

Lecture 6: Coding : Scanning an Array

Lecture 7: Coding : Using Pointers and Typedef

Chapter 9: Conditional Branching

Lecture 1: The Jump and Loop Instructions

Lecture 2: Logic Instructions

Lecture 3: Condition Jump Instructions

Lecture 4: Instruction Operands

Chapter 10: The Nature of Mixing C/C++ and Assembly

Lecture 1: Notice

Lecture 2: Coding : Computing the Sum of an Array

Lecture 3: Coding : Computing Signed Multiplication and Division

Lecture 4: Coding : Understanding C/C++ Calling Conventions

Lecture 5: Coding : Experimenting with different Addressing Modes

Lecture 6: Coding : Declaring Global Variables in C/C++ and using them in Assembly

Lecture 7: Coding : Experimenting with Conditional Codes

Chapter 11: Working with Arrays

Lecture 1: Coding : Iterating through Array Elements

Lecture 2: Coding : Array Elements Square

Lecture 3: Coding : Working with 2-Dimensional Arrays

Lecture 4: Coding : Computing the Sum of Rows and Columns of a 2-Dimensional Array

Chapter 12: Working with Strings

Lecture 1: Coding : Copying Strings from one Variable to another

Lecture 2: Coding :Creating a Character Search Algorithm

Chapter 13: Programming with the Floating -Point Unit (FPU) Registers

Lecture 1: Overview of the x86 FPU

Lecture 2: Overview of the FPU Instruction Set

Lecture 3: Case Study – Temperature Conversion

Lecture 4: Coding : Writing a temperature conversion program using the FPU

Lecture 5: Coding : Developing the Sphere Computation Algorithm

Lecture 6: Coding : Processing Floating-Point Arrays with FPU Instructions

Lecture 7: Coding : Computing Min and Max of Single-Precision Floating Point Arrays

Lecture 8: Coding : Developing Algorithms with x86 FPU Transcendental Instructions

Lecture 9: Coding : Developing the Least Squares Algorithm

Chapter 14: Programming with the x86 MMX Extensions

Lecture 1: Introduction to MMX

Lecture 2: Overview of the MMX Instruction Set

Lecture 3: Coding : SIMD Arithmetic with Packed Data using MMX Registers (Part I)

Lecture 4: Coding : SIMD Arithmetic with Packed Data using MMX Registers (Part II)

Lecture 5: Coding : Shift Operations with Packed Data using MMX Registers

Lecture 6: Coding : Understanding MMX Multiplication

Chapter 15: Programming with the x86 SSE Extentsions

Lecture 1: Introduction to SSE

Lecture 2: Overview of the SSE Instruction Set

Lecture 3: Coding : Understanding SSE Floating-Point Arithmetic

Lecture 4: Coding : Developing the Sphere Algorithm using SSE Instructions

Lecture 5: Coding : SSE Packed Integer Arithmetic

Chapter 16: Programming with the x86 Advanced Vector (AVX) Extensions

Lecture 1: History of AVX

Lecture 2: The AVX Execution Environment

Lecture 3: Coding : Understanding AVX Floating Point Arithmetic

Lecture 4: Coding : Understanding AVX Packed Integer Arithmetic

Chapter 17: Closing

Lecture 1: Closing Remarks

Instructors

Israel Gbati
Embedded Firmware Engineer

Rating Distribution

1 stars: 43 votes

2 stars: 45 votes

3 stars: 138 votes

4 stars: 449 votes

5 stars: 824 votes

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