Computer Arithmetic in Practice 1st Edition

Computer Arithmetic in Practice, 1st Edition by Sławomir Gryś is a concise, authoritative guide that brings the theory of numerical representation into real-world applications. Perfectly suited for engineers, computer scientists, and advanced students, this book demystifies finite-precision arithmetic with clear explanations, worked examples, and implementation-focused insights.

Begin with solid fundamentals—number systems, fixed- and floating-point formats, and rounding rules—then progress to practical algorithm design for addition, multiplication, division, and square roots. The text balances mathematical rigor with hands-on guidance for software developers and hardware designers, illuminating error propagation, stability, and performance trade-offs. Readers will appreciate chapters on efficient implementations for embedded systems, digital signal processors, and high-performance computing platforms.

Whether you work in digital design labs in Poland, software teams in Europe, or research groups across North America and Asia, this book delivers immediately applicable knowledge. Highlights include clear pseudocode, optimization strategies for limited-resource environments, and case studies that translate abstract concepts into design choices and tested results.

If you need a dependable reference that bridges academic theory and engineering practice, Computer Arithmetic in Practice stands out for its clarity, relevance, and practical value. It’s ideal as a course text, desk reference, or a guide when optimizing numerical software and hardware. Add this edition by Sławomir Gryś to your collection to sharpen your approach to precision, speed, and reliability in numerical computing — a smart investment for professionals and students alike.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.