Interval Analysis 1st Edition

Interval Analysis, 1st Edition by Navid Razmjooy is a clear, authoritative introduction to rigorous numerical methods for handling uncertainty. This concise edition grabs attention with a promise: precise, reliable computation when traditional floating-point methods fall short.

Carefully structured, the book builds from fundamental concepts of interval arithmetic to practical algorithms for root-finding, optimization, and validated solutions of differential equations. Razmjooy blends theoretical clarity with applied perspective, offering intuitive explanations, proofs of convergence, and worked examples that make complex ideas accessible to graduate students, researchers, and practicing engineers.

What sets this edition apart is its focus on real-world relevance. Chapters connect interval methods to engineering design, control systems, and uncertainty quantification, showing how rigorous bounds improve model reliability and decision-making in industry and research. The text emphasizes problem-solving: clear algorithms, error-bound analysis, and illustrative numerical examples guide readers from concept to implementation without unnecessary jargon.

Whether you’re studying numerical analysis in the US, UK, Europe, or Asia, or using validated numerics in industry, this book is a practical reference and classroom companion. It supports course learning and independent study alike, equipping readers with tools for robust computation and trustworthy simulation results.

For anyone seeking to master dependable numerical methods, Interval Analysis, 1st Edition by Navid Razmjooy is a compelling, professionally written resource. Order your copy today to strengthen your numerical toolkit and bring rigorous uncertainty control to your projects and research.

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