Chapter 1: Computer Architecture & Assembly Language

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  1. The evolution of computer history
  2. Von Neumann (IAS) computer
  3. The Moore’s Law, Memory wall
  4. Microprocessor speed techniques (Pipelining, Branch Prediction, Speculative Execution, Dataflow analysis)
  5. Performance balance
  6. Performance assessment
    • Power consumption (active, static)
    • Iron law of performance
    • CPI, MIPS, Execution time of program
    • Amdahl’s law
Lecture notes

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Computer Architecture and Assembly Language

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1. Course description This course provides students with basic knowledge of Computer Architecture, those attributes that have direct impact on the logical execution of a program, the operational units and their interconnection that realize the architectural specifications, memory organization, addressing modes. understanding the stack frame when an assembly code is called from the high-level language program. This course is also to provide a comprehensive introduction to programming in assembly language of x86-64 processors. The students will learn how a stack frame is organized when an assembly code is called from the high-level language program. They will learn how to debug an executable file with gdb. 2. Syllabus Link to syllabus 3. References - Lecture notes : Nguyễn Đăng Quang, Computer Architecture and Assembly language, 2017 - References: 1. William Stallings, Computer Organization and Architecture, 9th Edition, Pearson Education, Prentice-Hall, 2013, ISBN -13:
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