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How Microprocessors are Built and Programmed [5/2026, ENG]

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How Microprocessors are Built and Programmed [5/2026, ENG] (Size: 2.58 GB)
  1 - Introduction
  1. Introduction.en_US.srt 3.87 KB
  1. Introduction.mp4 63.64 MB
  2 - Manufacturing From Transistors to VLSI
  1. Very Large Scale Integration.html 23.07 KB
  2. 03-VLSI.pdf 2 MB
  2. 03-VLSI.pptx 6.68 MB
  2. Solid State From Transistors to Wafers - Part 4 (9 18) (Description).html 1.13 KB
  2. Solid State From Transistors to Wafers - Part 4 (9 18).en_US.srt 9.7 KB
  2. Solid State From Transistors to Wafers - Part 4 (9 18).mp4 141.94 MB
  3. Solid State VLSI Design Layout - Part 5 (10 46) (Description).html 1.05 KB
  3. Solid State VLSI Design Layout - Part 5 (10 46).en_US.srt 12.42 KB
  3. Solid State VLSI Design Layout - Part 5 (10 46).mp4 69.47 MB
  4. Assignment Walkthough VLSI Not Gate Layout (8 30) (Description).html 1.5 KB
  4. Assignment Walkthough VLSI Not Gate Layout (8 30).en_US.srt 9.63 KB
  4. Assignment Walkthough VLSI Not Gate Layout (8 30).mp4 82.22 MB
  5. Assignment Walkthough VLSI NAND Gate Layout (7 45) (Description).html 1.12 KB
  5. Assignment Walkthough VLSI NAND Gate Layout (7 45).en_US.srt 13.09 KB
  5. Assignment Walkthough VLSI NAND Gate Layout (7 45).mp4 49.78 MB
  3 - Digital Logic
  10. Assignment Walkthrough Place and Connect AND Gate (2 52) (Description).html 1.12 KB
  10. Assignment Walkthrough Place and Connect AND Gate (2 52).en_US.srt 3.53 KB
  10. Assignment Walkthrough Place and Connect AND Gate (2 52).mp4 20.29 MB
  11. Assignment Walkthrough Build a Half Adder (3 20) (Description).html 1.35 KB
  11. Assignment Walkthrough Build a Half Adder (3 20).en_US.srt 3.78 KB
  11. Assignment Walkthrough Build a Half Adder (3 20).mp4 21.79 MB
  2. Digital Logic.html 25.39 KB
  6. 04-DigitalLogic.pdf 1.82 MB
  6. 04-DigitalLogic.pptx 3.29 MB
  6. Digital Logic Computer Architecture - Part 1 (7 23).en_US.srt 11.2 KB
  6. Digital Logic Computer Architecture - Part 1 (7 23).mp4 97.58 MB
  7. Digital Logic Adding Numbers with Gates - Part 2 (14 04) (Description).html 1.18 KB
  7. Digital Logic Adding Numbers with Gates - Part 2 (14 04).en_US.srt 21.08 KB
  7. Digital Logic Adding Numbers with Gates - Part 2 (14 04).mp4 134.95 MB
  8. Digital Logic Storing Data with Gates - Part 3 (11 08) (Description).html 947 B
  8. Digital Logic Storing Data with Gates - Part 3 (11 08).en_US.srt 11.28 KB
  8. Digital Logic Storing Data with Gates - Part 3 (11 08).mp4 115.05 MB
  9. Gates Layout Tool Walkthrough (5 46) (Description).html 1.67 KB
  9. Gates Layout Tool Walkthrough (5 46).en_US.srt 8.39 KB
  9. Gates Layout Tool Walkthrough (5 46).mp4 36.53 MB
  4 - Clocked Circuits
  12. 05-Clock.pdf 1.77 MB
  12. 05-Clock.pptx 9.7 MB
  12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34) (Description).html 1.02 KB
  12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34).en_US.srt 10.47 KB
  12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34).mp4 74.38 MB
  13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49) (Description).html 1005 B
  13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49).en_US.srt 11.62 KB
  13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49).mp4 92.66 MB
  14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18) (Description).html 844 B
  14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18).en_US.srt 6.65 KB
  14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18).mp4 44.42 MB
  15. Building a Clocked Counter with Adders and Latches (9 26) (Description).html 1.16 KB
  15. Building a Clocked Counter with Adders and Latches (9 26).en_US.srt 11.16 KB
  15. Building a Clocked Counter with Adders and Latches (9 26).mp4 51.73 MB
  16. Walthrough A Two-Instruction Computer Walkthrough (5 35) (Description).html 1.02 KB
  16. Walthrough A Two-Instruction Computer Walkthrough (5 35).en_US.srt 6.51 KB
  16. Walthrough A Two-Instruction Computer Walkthrough (5 35).mp4 33.85 MB
  3. Quiz Clocked Logic Circuits.html 25.69 KB
  5 - CPU Design and Machine Code
  17. 06-CPU-Machine-Code.pdf 2.39 MB
  17. 06-CPU-Machine-Code.pptx 12.22 MB
  17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part (Description).html 1.1 KB
  17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part.en_US.srt 6.44 KB
  17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part.mp4 54.35 MB
  18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It (Description).html 1.18 KB
  18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It.en_US.srt 14.3 KB
  18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It.mp4 135.67 MB
  19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11 (Description).html 1.24 KB
  19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11.en_US.srt 12.81 KB
  19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11.mp4 154.33 MB
  20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49) (Description).html 1.38 KB
  20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49).en_US.srt 10.25 KB
  20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49).mp4 121.85 MB
  21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43) (Description).html 1.42 KB
  21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43).en_US.srt 23.29 KB
  21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43).mp4 191.36 MB
  22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6 (Description).html 1.54 KB
  22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6.en_US.srt 16.2 KB
  22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6.mp4 108.05 MB
  23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5 (Description).html 1.27 KB
  23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5.en_US.srt 8.65 KB
  23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5.mp4 52.61 MB
  24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53) (Description).html 1.16 KB
  24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53).en_US.srt 5.94 KB
  24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53).mp4 44.03 MB
  25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09) (Description).html 1 KB
  25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09).en_US.srt 10.51 KB
  25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09).mp4 81.05 MB
  26. Understanding Conditional Branches in a CDC6504 (4 59) (Description).html 1.12 KB
  26. Understanding Conditional Branches in a CDC6504 (4 59).en_US.srt 6.63 KB
  26. Understanding Conditional Branches in a CDC6504 (4 59).mp4 44.98 MB
  27. String Processing in Machine Language CDC6504 Uppercase Example (12 05) (Description).html 1.31 KB
  27. String Processing in Machine Language CDC6504 Uppercase Example (12 05).en_US.srt 13.31 KB
  27. String Processing in Machine Language CDC6504 Uppercase Example (12 05).mp4 110.8 MB
  4. CPU Design and Machine Code.html 26.34 KB
  6 - Web Assembly (WASM)
  28. 07-Emulator.pdf 1.44 MB
  28. 07-Emulator.pptx 2.48 MB
  28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56) (Description).html 1023 B
  28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56).en_US.srt 15.81 KB
  28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56).mp4 102.4 MB
  29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P (Description).html 1.17 KB
  29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P.en_US.srt 7.93 KB
  29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P.mp4 89.52 MB
  30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58) (Description).html 1.31 KB
  30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58).en_US.srt 5.15 KB
  30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58).mp4 26.94 MB
  31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01) (Description).html 1.39 KB
  31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01).en_US.srt 7.33 KB
  31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01).mp4 63.28 MB
  32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39) (Description).html 1.28 KB
  32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39).en_US.srt 15.27 KB
  32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39).mp4 87.98 MB
  5. Quiz Emulators and Web Assembly.html 22.32 KB

Description


Обучающие видео » Компьютерные видеоуроки и обучающие интерактивные DVD » Программирование (видеоуроки)

How Microprocessors are Built and Programmed

Год выпуска: 5/2026
Производитель: Udemy
Сайт производителя: https://www.udemy.com/course/how-microprocessors-are-built-and-programmed/
Автор: Charles R. Severance
Продолжительность: 4h 28m
Тип раздаваемого материала: Видеоурок
Язык: Английский
Описание: Computers are often treated as black boxes. You write code, run programs, and rely on systems that seem almost magical. This course removes that mystery by exploring how computer hardware actually works, starting from its historical roots.

We begin by examining how early computing ideas emerged from physical systems and analog approaches. From there, we move into the transition to digital systems, where simple components with two stable states become the foundation of modern computing.

You will learn how transistors evolved from discrete components into integrated circuits, and how manufacturing techniques such as photolithography made it possible to build increasingly complex chips. These developments lead to very large scale integration (VLSI), where millions and billions of transistors are placed on a single chip.

The course then focuses on digital logic. You will see how gates like AND, OR, and NOT are used to build more complex circuits such as adders, which perform arithmetic operations. From there, we explore how computers store information using latches and registers, introducing the concept of memory within a processor.

Finally, we connect these ideas to the structure of modern computers, including how CPUs execute instructions and how hardware components work together as a system.

This course focuses on building intuition rather than requiring advanced mathematics. By the end, you will have a clear mental model of how computers are built from simple physical components into powerful digital systems.
[spoiler="Содержание"]
1 - Introduction
1. Introduction (03:32)

2 - Manufacturing From Transistors to VLSI
2. Solid State From Transistors to Wafers - Part 4 (9 18) (09:17)
3. Solid State VLSI Design Layout - Part 5 (10 46) (10:45)
4. Assignment Walkthough VLSI Not Gate Layout (8 30) (08:29)
5. Assignment Walkthough VLSI NAND Gate Layout (7 45) (07:45)

3 - Digital Logic
6. Digital Logic Computer Architecture - Part 1 (7 23) (07:22)
7. Digital Logic Adding Numbers with Gates - Part 2 (14 04) (14:03)
8. Digital Logic Storing Data with Gates - Part 3 (11 08) (11:07)
9. Gates Layout Tool Walkthrough (5 46) (05:45)
10. Assignment Walkthrough Place and Connect AND Gate (2 52) (02:51)
11. Assignment Walkthrough Build a Half Adder (3 20) (03:19)

4 - Clocked Circuits
12. Digital Logic Clocked Circuits and Clock Rates - Part 4 (7 34) (07:33)
13. Digital Building a Two Instruction CPU with Gates - Part 5 (9 49) (09:48)
14. Digital CPU Architecture - Storing Code in Memory - Part 6 (4 18) (04:17)
15. Building a Clocked Counter with Adders and Latches (9 26) (09:26)
16. Walthrough A Two-Instruction Computer Walkthrough (5 35) (05:34)

5 - CPU Design and Machine Code
17. Exploring Microprocessors From Python to Machine Language & the 6502 CPU - Part (05:37)
18. Understanding Hexadecimal (Base 16) — Why Computers Use It & How to Think in It (12:23)
19. What Is Programming From Python to Machine Language & Into the CPU - Part 3 (11 (11:09)
20. Exploring the 6502 Architecture in the CDC6504 Emulator - Part 4 (9 49) (09:48)
21. Machine Language — Loops, Branching & Assembly vs. Machine Code - Part 5 (18 43) (18:42)
22. CDC 6504 Assembly Language Hello World, Math, and Upper Casing Strings - Part 6 (13:04)
23. Learning CPU Emulation with the CDC6504 Registers, Memory, and Instructions (5 (05:54)
24. Stepping Through a CPU Emulator CDC6504 Instructions, Memory, and State (4 53) (04:52)
25. Loops in Machine Language Branching in the CDC6504 Emulator (9 09) (09:09)
26. Understanding Conditional Branches in a CDC6504 (4 59) (04:58)
27. String Processing in Machine Language CDC6504 Uppercase Example (12 05) (12:04)

6 - Web Assembly (WASM)
28. From 6502 to Web Assembly Modern Day Emulators - Part 7 (10 56) (10:55)
29. From 6502 to ARM The 50-Year Journey of CPU Evolution & Apple’s CPU Strategy- P (07:30)
30. Introducing WebAssembly (WASM) From Hello World Source Code to Execution (3 58) (03:57)
31. Compiling C to WebAssembly (WASM) and Running It in the Browser (7 01) (06:48)
32. Loops and the Stack A String-to-Uppercase Example in WASM (10 39) (10:39)
[/spoiler]
Файлы примеров: не предусмотрены
Формат видео: MP4
Видео: AVC, 1280x720, 16:9, 30fps, 1234kbps
Аудио: AAC, 44.1Hz, 132kbps, stereo
[spoiler="Скриншоты"]






[/spoiler]