Скачать или смотреть Assembly Language Explained Simply | How Computers Really Think & Execute Code!

Welcome to the fascinating world of Assembly Language! 💻✨
Ever wondered how your computer understands code at its deepest level? In this video, we’ll break down assembly language — the bridge between human logic and machine execution.
Discover how assembly works, why it’s still crucial in modern computing, and where it’s used — from embedded systems to cybersecurity and performance optimization.

Perfect for students, programmers, and tech enthusiasts who want to understand how computers really work under the hood. 🚀

🔹 Topics Covered:

What is Assembly Language?

How it connects to Machine Code

Registers, Memory, and CPU Architecture

Mnemonics, Instructions & Directives

Interrupts, Stack, and Control Flow

Real-World Uses (Embedded Systems, OS, Reverse Engineering, etc.)

Why Assembly still matters today!

#AssemblyLanguage #ComputerArchitecture #MachineCode #LowLevelProgramming #EmbeddedSystems #ComputerScience #CodingBasics #TechEducation #ReverseEngineering #PerformanceProgramming #StudyBeLike

🕒 Timestamps:

00:00 – Introduction: The world of assembly language
00:23 – What is Assembly Language?
00:49 – Why use Assembly when we have high-level languages?
01:13 – Mnemonics: The human-readable form of machine code
01:36 – The role of the Assembler
01:54 – Basic instructions in assembly (MOV, ADD, SUB, JMP)
02:13 – Registers and their importance
02:33 – Memory access in assembly
02:53 – Arithmetic operations in assembly
03:11 – Control flow: Loops and conditions
03:29 – Labels and comments in code
03:46 – Assembly syntax and structure
04:03 – Assembler directives explained
04:21 – Using macros for reusable code
04:38 – Interrupts and how they work
04:55 – Understanding the stack (PUSH & POP)
05:13 – How function calls work in assembly
05:30 – Input/Output operations
05:48 – Debugging assembly code
06:05 – Use of assembly in embedded systems
06:23 – Writing device drivers
06:40 – Real-time and robotics applications
06:57 – The challenges of learning assembly
07:13 – Assembly in cybersecurity and hacking
07:30 – Reverse engineering software
07:48 – Assembly in operating system development
08:04 – How compilers generate assembly
08:21 – Assembly across different architectures (x86, ARM, MIPS)
08:37 – Performance tuning with assembly
08:54 – Limitations of assembly language
09:11 – Assembly vs high-level languages
09:28 – Relevance of assembly in modern computing
09:45 – Popular assembly languages (x86, ARM, MIPS)
10:02 – Tools for assembly programming (NASM, MASM, GAS)
10:17 – Best resources to learn assembly
10:32 – Writing your first assembly program
10:49 – Common mistakes to avoid
11:05 – Best practices in assembly coding
11:20 – Modern CPU features and optimization
11:35 – Assembly in computer science education
11:52 – The future of assembly language
12:09 – Recap and summary
12:26 – Tips for learning and practicing assembly
12:41 – Real-world applications of assembly
12:58 – Conclusion: Power and beauty of low-level programming