X86 Assembly Language From Ground Up UdemyCourseDownloader | B8AD407FEBB5994B85B764E68F4223CB30F7CFCC

X86 Assembly Language From Ground Up UdemyCourseDownloader

Name	x86 Assembly Language From Ground Up™- [UdemyCourseDownloader]	DOWNLOAD Copy Link
Total Size	6.8 GB
Total Files	150
Hash	B8AD407FEBB5994B85B764E68F4223CB30F7CFCC

/14. Programming with the x86 MMX Extensions/
2. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part II).mp4	417.5 MB
1. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part I).mp4	163.2 MB
1. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part I).vtt	24.7 KB
2. Coding SIMD Arithmetic with Packed Data using MMX Registers (Part II).vtt	52.5 KB
3. Coding Shift Operations with Packed Data using MMX Registers.mp4	231.0 MB
3. Coding Shift Operations with Packed Data using MMX Registers.vtt	30.9 KB
4. Coding Understanding MMX Multiplication.mp4	105.2 MB
4. Coding Understanding MMX Multiplication.vtt	15.1 KB
/
udemycoursedownloader.com.url	0.1 KB
Udemy Course downloader.txt	0.1 KB
/01. Introduction/
1. Introduction.mp4	29.7 MB
1. Introduction.vtt	2.4 KB
/02. Getting Started/
1. Setting Up the Development Environment.mp4	55.4 MB
1. Setting Up the Development Environment.vtt	7.1 KB
2. Coding Simple Assembly program.mp4	91.6 MB
2. Coding Simple Assembly program.vtt	16.6 KB
2.1 SimpleAddition.zip.zip	1.9 MB
3. Installing a Syntax Highlighter.mp4	12.7 MB
3. Installing a Syntax Highlighter.vtt	2.4 KB
/03. x86 Processors & Computer Architectures/
1. Evolution of Intel Processors.mp4	148.4 MB
1. Evolution of Intel Processors.vtt	11.0 KB
2. Harvard Architecture vs Von Neumann Architecture.mp4	55.9 MB
2. Harvard Architecture vs Von Neumann Architecture.vtt	4.1 KB
/04. The Computing Device/
1. Logic Gates.mp4	61.2 MB
1. Logic Gates.vtt	6.0 KB
2. From Transistors to Operating Systems.mp4	74.0 MB
2. From Transistors to Operating Systems.vtt	6.1 KB
3. Number Systems.mp4	99.9 MB
3. Number Systems.vtt	7.0 KB
/05. The Programmer's Model/
1. Overview of x86 Data Types.mp4	12.9 MB
1. Overview of x86 Data Types.vtt	1.0 KB
2. Basic x86 Microcomputer Design.mp4	104.0 MB
2. Basic x86 Microcomputer Design.vtt	8.9 KB
3. x86 Operating Modes.mp4	27.3 MB
3. x86 Operating Modes.vtt	2.3 KB
4. Overview of the x86 Registers.mp4	121.7 MB
4. Overview of the x86 Registers.vtt	8.8 KB
5. Coding One Register to Rule Them All.mp4	83.5 MB
5. Coding One Register to Rule Them All.vtt	14.0 KB
6. Overview of the x86 Flags.mp4	34.6 MB
7. Overview of the Floating Point Unit.mp4	101.6 MB
7. Overview of the Floating Point Unit.vtt	8.3 KB
8. Overview of x86 Memory Models.mp4	101.6 MB
8. Overview of x86 Memory Models.vtt	7.4 KB
/06. Introduction to x86 Assembly Language/
1. Notice.html	0.3 KB
2. Overview of x86 Integers.mp4	20.4 MB
2. Overview of x86 Integers.vtt	1.6 KB
3. Introduction to Directives and Instructions.mp4	88.6 MB
3. Introduction to Directives and Instructions.vtt	6.8 KB
4. Simple x86 Assembly Template.mp4	37.4 MB
4. Simple x86 Assembly Template.vtt	2.9 KB
5. Coding Declaring Variables in Assembly.mp4	41.2 MB
5. Coding Declaring Variables in Assembly.vtt	6.2 KB
5.1 DeclaringVariables_.zip.zip	2.0 MB
6. Dealing with Data.mp4	68.6 MB
6. Dealing with Data.vtt	5.3 KB
7. Endianness.mp4	18.3 MB
7. Endianness.vtt	1.6 KB
8. Notice.html	0.3 KB
9. Coding Mixing CC++ and Assembly.mp4	179.1 MB
9. Coding Mixing CC++ and Assembly.vtt	26.5 KB
9.1 ArrayReverser.zip.zip	2.5 MB
/07. Data Transfer Instructions/
1. Operand Types.mp4	41.3 MB
1. Operand Types.vtt	3.5 KB
2. Overview of the MOV Instruction.mp4	57.0 MB
2. Overview of the MOV Instruction.vtt	4.2 KB
3. Understanding Direct - Offset Operands.mp4	13.3 MB
3. Understanding Direct - Offset Operands.vtt	1.1 KB
4. Memory Addressing Modes.mp4	49.2 MB
4. Memory Addressing Modes.vtt	3.4 KB
/08. Arithmetic Instructions/
1. Notice.html	0.2 KB
2. The Increment and Decrement Instructions.mp4	12.8 MB
2. The Increment and Decrement Instructions.vtt	1.1 KB
3. The Addition and Subtraction Instructions.mp4	16.8 MB
3. The Addition and Subtraction Instructions.vtt	1.4 KB
4. Data Operators and Directives.mp4	22.6 MB
4. Data Operators and Directives.vtt	2.0 KB
5. Coding Summing Array Elements.mp4	35.6 MB
5. Coding Summing Array Elements.vtt	6.3 KB
5.1 ArraySum.zip.zip	1.9 MB
6. Coding Scanning an Array.mp4	62.8 MB
6. Coding Scanning an Array.vtt	9.2 KB
7. Coding Using Pointers and Typedef.mp4	79.0 MB
7. Coding Using Pointers and Typedef.vtt	10.3 KB
7.1 PointersAndTypeDef.zip.zip	1.9 MB
/09. Conditional Branching/
1. The Jump and Loop Instructions.mp4	22.9 MB
1. The Jump and Loop Instructions.vtt	2.0 KB
2. Logic Instructions.mp4	45.9 MB
2. Logic Instructions.vtt	3.8 KB
3. Condition Jump Instructions.mp4	31.9 MB
3. Condition Jump Instructions.vtt	2.7 KB
4. Instruction Operands.mp4	52.8 MB
4. Instruction Operands.vtt	4.3 KB
/10. The Nature of Mixing CC++ and Assembly/
1. Notice.html	0.2 KB
2. Coding Computing the Sum of an Array.mp4	101.8 MB
2. Coding Computing the Sum of an Array.vtt	13.8 KB
3. Coding Computing Signed Multiplication and Division.mp4	186.8 MB
3. Coding Computing Signed Multiplication and Division.vtt	21.2 KB
3.1 SignedDivMul.zip.zip	2.2 MB
4. Coding Understanding CC++ Calling Conventions.mp4	239.5 MB
4. Coding Understanding CC++ Calling Conventions.vtt	23.8 KB
4.1 CPPCallingConventions.zip.zip	2.2 MB
5. Coding Experimenting with different Addressing Modes.mp4	170.7 MB
5. Coding Experimenting with different Addressing Modes.vtt	25.2 KB
5.1 MemoryAddressing.zip.zip	2.2 MB
6. Coding Declaring Global Variables in CC++ and using them in Assembly.mp4	112.0 MB
6. Coding Declaring Global Variables in CC++ and using them in Assembly.vtt	15.0 KB
7. Coding Experimenting with Conditional Codes.mp4	168.6 MB
7. Coding Experimenting with Conditional Codes.vtt	27.5 KB
7.1 ConditionCodes.zip.zip	2.2 MB
/11. Working with Arrays/
1. Coding Iterating through Array Elements.mp4	70.8 MB
1. Coding Iterating through Array Elements.vtt	12.4 KB
2. Coding Array Elements Square.mp4	114.2 MB
2. Coding Array Elements Square.vtt	17.8 KB
3. Coding Working with 2-Dimensional Arrays.mp4	64.1 MB
3. Coding Working with 2-Dimensional Arrays.vtt	9.4 KB
4. Coding Computing the Sum of Rows and Columns of a 2-Dimensional Array.mp4	155.1 MB
4. Coding Computing the Sum of Rows and Columns of a 2-Dimensional Array.vtt	24.4 KB
/12. Working with Strings/
1. Coding Copying Strings from one Variable to another.mp4	90.9 MB
1. Coding Copying Strings from one Variable to another.vtt	13.0 KB
2. Coding Creating a Character Search Algorithm.mp4	90.0 MB
2. Coding Creating a Character Search Algorithm.vtt	16.6 KB
/13. Programming with the Floating -Point Unit (FPU) Registers/
1. Overview of the x86 FPU.mp4	101.6 MB
1. Overview of the x86 FPU.vtt	8.3 KB
2. Coding Writing a temperature conversion program using the FPU.mp4	157.8 MB
2. Coding Writing a temperature conversion program using the FPU.vtt	25.9 KB
3. Coding Developing the Sphere Computation Algorithm.mp4	123.9 MB
3. Coding Developing the Sphere Computation Algorithm.vtt	20.0 KB
4. Coding Processing Floating-Point Arrays with FPU Instructions.mp4	165.0 MB
4. Coding Processing Floating-Point Arrays with FPU Instructions.vtt	25.4 KB
5. Coding Computing Min and Max of Single-Precision Floating Point Arrays.mp4	104.2 MB
5. Coding Computing Min and Max of Single-Precision Floating Point Arrays.vtt	16.4 KB
6. Coding Developing Algorithms with x86 FPU Transcendental Instructions.mp4	156.1 MB
6. Coding Developing Algorithms with x86 FPU Transcendental Instructions.vtt	26.4 KB
7. Coding Developing the Least Squares Algorithm.mp4	273.6 MB
7. Coding Developing the Least Squares Algorithm.vtt	36.8 KB
/15. Programming with the x86 SSE Extentsions/
1. History of SSE.mp4	60.7 MB
1. History of SSE.vtt	3.4 KB
2. The SSE Execution Environment.mp4	37.4 MB
2. The SSE Execution Environment.vtt	4.1 KB
3. Coding Understanding SSE Floating-Point Arithmetic.mp4	252.1 MB
3. Coding Understanding SSE Floating-Point Arithmetic.vtt	39.3 KB
4. Coding Developing the Sphere Algorithm using SSE Instructions.mp4	141.9 MB
4. Coding Developing the Sphere Algorithm using SSE Instructions.vtt	26.1 KB
5. Coding SSE Packed Integer Arithmetic.mp4	415.0 MB
5. Coding SSE Packed Integer Arithmetic.vtt	56.0 KB
/16. Programming with the x86 Advanced Vector (AVX) Extensions/
1. History of AVX.mp4	53.5 MB
1. History of AVX.vtt	3.2 KB
/17. Closing/
1. Closing Remarks.mp4	4.1 MB
1. Closing Remarks.vtt	0.5 KB
Total files 150