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Microprocessor Architecture, Part I
Mile Stojcev
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Cover
page and Intro page
(click on a image for larger photo) |
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| Author |
Prof.dr Mile Stojcev, University of Nis |
| Title |
Microprocessor Architecture, Part I |
| Publisher |
Faculty of Electronic Engineering, Nis |
| Year |
2004 |
| ISBN |
86-80135-81-X |
| COBISS-ID |
112216076 |
| Reviewers |
Assistant Prof.. dr Goran Djordjevic, University
of Nis
Prof. dr Emina Milovanovic, University of Nis |
| Pages |
XII + 169 |
| Illustrations |
123 Figures and 2 Tables |
| Language |
Serbian |
| Type |
Text-Book |
| Categorization |
Computer Architecture / Microprocessor Systems |
| Abstract |
This book is designed for use in a computer organization or microprocessor architecture course typically offered by computer engineering, computer science, electrical engineering, or telecommunication systems departments. Such a course would typically be at the junior or senior level, or at an advanced sophomore level. This book is also appropriate for bridge courses for graduate students in computer engineering, computer science, electrical engineering, or telecommunication systems. From structural point of view the presented material in this book is divided into six chapters. |
| From the review |
Chapter 1, entitled as Basics of Computers,
pp. 1-32, defines concepts of ISA and its microarchitecture
implementation. Hierarchical computer organization is involved
and all specifics are analyzed. Criteria for classification
of computer systems are given.
Chapter 2, entitled as Performance, pp. 33-58, deals with
crucial techniques that are used for performance evaluation
of computer systems. Performance metrics and characteristics
of some typical benchmark programs are analyzed.
Chapter 3, entitled as Data presentation, pp. 59-105, covers
details concerning the ways of data presentations. Classification
of data is covered and different types of data presentations
are analyzed.
Chapter 4, entitled as Instruction presentation and addressing
modes, pp. 107-136, concentrates on identification of different
types of operands and principles of coding instructions. Different
addressing modes implemented in RISC and CISC processors are
analyzed.
Chapter 5, entitled as Instruction types, pp. 137-142, involves
one hypothetical processor and defines its instruction set.
Properties of five different types of instructions are considered.
Chapter 6, entitled as Introduction in Assembly Language,
pp. 143-165, point to crucial characteristics of machine dependent
language - assembler. Formats of assembly language instructions
are given.
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