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  1. computer architecture extremely interesting. In this chapter, we shall present an overview of computer architecture from an academic standpoint, and explain the major principles behind today’s computers.

  2. A Practical Introduction to Computer Architecture Daniel Page dan@phoo.org git # 8b6da880 @ 2023-09-27

  3. link.springer.com › referenceworkentry › 10facsimile - SpringerLink

    Nov 30, 2017 · facsimile. 1. Pertaining to the transmission and reception of data in graphic form. Synonyms telecopy, telefacs, telefax. 2. Telegraphy in which objects are scanned and the resulting signals are transmitted to a receiver where they are reproduced as images in permanent form, called recorded copies.

    • Martin H. Weik
  4. Jul 11, 2019 · Overview. Creating a Pipelined Y86 Processor. Rearrange SEQ Insert pipeline registers Deal with data and control hazards. Pipelining is an optimization to the implementation. Like any other optimization, it should not change the semantics.

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  5. Computer Architecture Von Neumann Architecture This architecture includes the basic components of the computer and processor (single control unit , ALU , registers and memory units ) in which a shared memory and shared data bus is used for both data and instructions.

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  6. This course presents an up-to-date introduction to computer science and programming. It introduces the foundations of computer architecture together with data representation, manipulation and storage. The use of algorithms for problem-solving is introduced. The course further introduces the concepts of operating systems and computer networks.

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  8. Why Study Computer Architecture? •Understand where computers are going •Future capabilities drive the computing world •Forced to think 5+ years into the future •Exposure to high-level design •Less about “design” than “what to design” •Engineering, science, art •Architects paint with broad strokes

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