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\(\newcommand{\doubler}[1]{2#1} \newcommand{\binary}{\mathtt} \newcommand{\hex}{\mathtt} \newcommand{\octal}{\mathtt} \newcommand{\prog}{\mathtt} \newcommand{\lt}{<} \newcommand{\gt}{>} \newcommand{\amp}{&} \)

Introduction to Computer Organization: ARM Assembly Language Using the Raspberry Pi

Robert G. Plantz - This is the 32-bit 2021 edition of the book. It has been extensively rewritten and superseded by the 64-bit 2025 edition, which is available at No Starch Press in print and digital versions.

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Front Matter
1 Introduction
2 Data Storage Formats
3 Computer Arithmetic
4 Basic Data Types
5 Boolean Algebra
6 Logic Gates
7 Logic Circuits
8 Central Processing Unit
9 Programming in Assembly Language
10 Structure of the main Function
11 Instruction Details
12 Program Flow Constructs
13 Writing Your Own Functions
14 Bit Operations; Multiplication and Division
15 Data Structures
16 Fractional Numbers
17 Interrupts and Exceptions
18 Input/Output
19 General Purpose Input/Output (GPIO) Device
Back Matter
A Using GNU make to Build Programs
B Hints and Solutions to Selected Exercises
Bibliography
Index

Authored in PreTeXt

Front Matter
1 Introduction
2 Data Storage Formats
3 Computer Arithmetic
4 Basic Data Types
5 Boolean Algebra
6 Logic Gates
7 Logic Circuits
8 Central Processing Unit
9 Programming in Assembly Language
10 Structure of the main Function
11 Instruction Details
12 Program Flow Constructs
13 Writing Your Own Functions
14 Bit Operations; Multiplication and Division
15 Data Structures
16 Fractional Numbers
17 Interrupts and Exceptions
18 Input/Output
19 General Purpose Input/Output (GPIO) Device
Back Matter