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Computer Arithmetic in Practice; Exercises and Programming; 1

February 9, 2024 6:06 am

Computer Arithmetic in Practice: Exercises and Programming

Master fundamental and advanced concepts of computer arithmetic programming with this hands-on guide. Learn how arithmetic operations are performed at the hardware and software level, and gain practical experience through exercises and programming challenges. Whether you’re a student, software developer, or hardware engineer, this book provides the essential knowledge needed to work with computer arithmetic efficiently.

What You’ll Learn

Understanding number systems: binary, decimal, octal, and hexadecimal
Performing addition, subtraction, multiplication, and division in different bases
Working with floating-point arithmetic and IEEE 754 standard
Exploring bitwise operations, shifts, and logical functions
Optimizing arithmetic operations in software and hardware
Implementing efficient algorithms for arithmetic computation
Understanding error detection, rounding, and precision handling
Programming arithmetic operations in Python, C, and assembly language

Requirements

Basic knowledge of programming in Python or C
Familiarity with fundamental mathematics concepts
Interest in learning low-level and high-level arithmetic operations

Book Description

This computer arithmetic programming book provides a comprehensive approach to understanding and implementing arithmetic computations in modern computing systems. You’ll begin by exploring number representations and move into performing arithmetic operations at both hardware and software levels.

Throughout the book, you will work on real-world exercises and programming tasks that reinforce your understanding of fundamental concepts like bitwise operations, floating-point precision, and integer arithmetic. You will also learn how arithmetic operations impact performance in various computing applications, including embedded systems and high-performance computing.

By the end of this book, you’ll have a deep understanding of computer arithmetic principles and be able to implement optimized algorithms in different programming languages.

About the Author

Written by experts in computer architecture and low-level programming, this book combines theoretical knowledge with practical programming exercises, making it an essential resource for software and hardware engineers alike.