Introduction to Computer Architecture -RAHEE220 (2022)

2周成为计算机体系结构专家，学习21世纪必知知识。

MP4 | 视频：h264, 1280×720 | 音频：AAC，44.1 KHz，2 Ch
类型：eLearning | 语言：英语 + srt | 时长：64 节课（12 小时 22 米）| 大小：2.1 GB

你会学到什么

• 了解计算机内部零件，例如 ALU、MUX 和 BUS。
• 能够进行整数和二进制转换
• 识别管道危害并找到危害的解决方案
• 了解 CPU（中央处理单元）及其工作原理
• 了解 RAM、ROM 和 DRAM 的功能方式
• 能够使用 SPIM 软件进行 MIPS 编程和执行
• 了解计算机外部部件的工作原理
• 了解特殊用途寄存器

要求

推荐逻辑电路

描述

在 RAHEE220 中，我们将学习计算机体系结构的基础和重要主题，例如 ALU、寄存器、内存配置、计算机流水线、RAM、ROM 和 DRAM、整数和二进制

转换等等。

完成本课程后，您将了解计算机体系结构的最重要主题，包括计算机流水线、MIPS 汇编语言和 MIPS 进程模拟器 SPIM，计算机硬件如 ALU、RAM、ROM、CPU 以及外部部件如鼠标、键盘、系统单元、显示器、扬声器、麦克风等。

每章末尾都有一个测验来测试你的知识，并且在整个课程中都会有多个练习，让你有机会练习和提高你的技能。

本课程提供有限终身访问选项，因此请随时在需要时查看课程主题。

Bahman Sokhansanj 是 RAHEE220 课程的讲师。他拥有通识教育学位，目前正在攻读电气工程学士学位。他是 Rahsoft 的讲师

专注于计算机架构的公司。

这门课程是为谁准备的？

• • 未毕业的学生
• • 电气工程师
• • 计算机工程师
• • 软件工程师
• • 任何对计算机科学感兴趣的人

课程内容

• • 计算机组织
• • CPU 计算部分
• • 特殊用途寄存器
• • 运算法则
• • 寄存器和内存配置
• • 电脑总线
• • 指令集架构系统
• • MIPS 编程
• • 整数和二进制转换
• • 计算机管道
• • 计算机中的数据危害
• • 计算机 RAM 和 ROM
• • 动态随机存取存储器
• • 计算机外部部件
• • 计算机硬件和软件

你会学到什么

• • 了解计算机内部部件，例如 ALU、MUX 和 BUS。
• • 能够进行整数和二进制转换
• • 识别管道危害并找到危害的解决方案
• • 了解 CPU（中央处理单元）及其工作原理
• • 了解 RAM、ROM 和 DRAM 的功能方式
• • 能够使用SPIM 软件进行MIPS 编程和执行
• • 了解计算机外部部件的工作原理
• • 了解特殊用途寄存器

本课程适用于谁

• 电气工程专业的学生
• 计算机工程专业的学生
• 软件工程专业的学生
• 计算机科学爱好者

Become an expert in computer architecture in 2 weeks and learn the must know knowledge of 21st century

MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 64 lectures (12h 22m) | Size: 2.1 GB

What you’ll learn

• Understand Computer internal parts such as ALU, MUX and BUS.
• Able to perform integer and binary conversion
• Recognize pipeline hazards and find solutions to the hazards
• Understand CPU (Central Process Unit) and how it works
• Know the way RAM, ROM and DRAM function
• Able to do MIPS programming and execute with SPIM software
• Know how the external parts of a computer work
• Have a knowledge of Special Purpose Registers

Requirements

Logic Circuit is recommended

Description

In RAHEE220, we will study basic and significant subjects of computer architecture, such as ALU, registers, memory configuration, computer pipeline, RAM, ROM and DRAM, integer, and binary

conversion, and many more.

After taking this course, you will have knowledge of most important subjects of computer architecture, including computer pipelining, MIPS assembly language and SPIM which is a MIPS process simulator,computer hardware such as ALU, RAM, ROM, CPU, and external parts such as mouse, keyboard, system unit, monitor, speaker, microphone and more.

There is a quiz at the end of each chapter to test your knowledge, and there will be multiple exercises throughout the course to give you an opportunity to practice and refine your skills.

This course has the option of limited lifetime access, so please feel free to review the course subjects whenever needed.

Bahman Sokhansanj is the instructor of RAHEE220 course. He holds a degree in General Studies and currently pursuing Electrical Engineering bachelor’s degree. He is a lecturer at Rahsoft

company with concentration on Computer Architecture.

Who is this course for?

• • Undergraduate Students
• • Electrical Engineers
• • Computer Engineers
• • Software Engineers
• • Anyone who has an interest in Computer Science

Course Content

• • Computer Organization
• • CPU Computation Part
• • Special Purpose Registers
• • ALU
• • Registers and Memory Configuration
• • Computer BUS
• • Instruction Set Architecture System
• • MIPS Programming
• • Integer and Binary Conversion
• • Computer Pipeline
• • Data Hazards in Computer
• • Computer RAM and ROM
• • DRAM
• • External Parts of Computer
• • Computer Hardware and Software

What you’ll Learn

• • Understand Computer internal parts such as ALU, MUX and BUS.
• • Able to perform integer and binary conversion
• • Recognize pipeline hazards and find solutions to the hazards
• • Understand CPU (Central Process Unit) and how it works
• • Know the way RAM, ROM and DRAM function
• • Able to do MIPS programming and execute with SPIM software
• • Know how the external parts of a computer work
• • Have a knowledge of Special Purpose Registers

Who this course is for

• Electrical Engineering Students
• Computer Engineering Students
• Software Engineering Students
• Computer Science enthusiasts