We will explain the core computer architecture and operating principles that SW developers need to know in an easy-to-understand manner through illustrations.
What software developers must know A complete overview of computer structure and operating principles!
A core explanation of computer architecture that non-majors must know to develop software.
computer Configuration device
computer Movement process
CPU Internal configuration
interrupt Process
DMA Process
disk How it works
Command Process
Cash principle
Integer/real number Operational principle
MMU principle
CPU/GPU Differences
…
If you want to be good at SW development, you need to have a solid understanding of how computers work.
Coding is the process of writing commands to operate a computer, a high-tech machine. Therefore, a thorough understanding of computer structure and operation is essential to becoming a software developer capable of writing effective code. This course explains the essential computer structure and operating principles that non-majors need to understand to become a software developer.
Lecture Figure Example <Computer Architecture>
Who will find this course especially helpful?
✅Non-majors who want to properly understand the principles of computer operation
✅ People preparing for CS interviews
✅SW developers who want to learn computer architecture to write good code
✅ Those who want to understand computer operation through pictures
✅Undergraduate students who feel that studying theory/concepts alone is not enough
The unique features of this course Check it out.
💡 Understanding the complex workings of a computer can be challenging. This course provides a detailed explanation of the operating processes and principles, using structural diagrams of computer devices so that even non-specialists can easily understand them.
With practical developers in mind Fundamental principles-centered classes
Unlike the computer architecture lectures in computer science undergraduate courses that are usually focused on HW development, this course is designed to help students understand computer architecture and operating principles in order to be good at SW development .
This lecture explains fundamental principles rather than cutting-edge technologies. For example, modern CPUs may include high-performance predictive adders, but this lecture focuses solely on the basic full adder.
This explanation will be based on older 4-bit and 8-bit computers, not the latest 32-bit and 64-bit computers. Since the principles remain the same regardless of the number of bits, I'll simplify the explanation by focusing on fewer bits.
It does not explain advanced HW technologies such as latches, flip-flops, Nyquist theory, and transistors.
Easier, more convenient meticulous composition
We've designed our courses to help you understand complex concepts more clearly from a learner's perspective.
The delivery power was improved through voice recording.
The lecture is based on approximately 50 pages of illustrations showing the structure of computer devices, allowing for a more easy and detailed understanding of the operating principles.
Lecture Illustration Example <Command Processing Process>
Lecture illustration example <Interrupt>
Have you always felt like your understanding of computer architecture was lacking? A word from a knowledge sharer 💬
Developing the Linux kernel allowed me to understand computer architecture and operating systems beyond the abstract concepts, down to their detailed operations. Based on this experience, I developed a course on computer architecture essential for software developers.
Personal history
A software developer with 15 years of experience and a computer science degree (Go to Github)
Development of Linux kernel and embedded/network security equipment, etc.
Development of iOS, Android, MFC, QT, deep learning, big data, etc.
Recommended for these people
Who is this course right for?
Non-majors who want to properly understand how computers work
People preparing for CS interviews
SW developers who want to learn computer architecture to write good code
For those who want to understand computer operations through pictures
Undergraduate students who feel that studying only theories/concepts is not enough