Gerard O'Regan Pořadí knih

The textbook explores the mathematical foundations crucial to software engineering, highlighting its applications in diverse areas such as error-correcting codes, cryptography, and critical safety and security fields. It also delves into its relevance in banking and insurance, along with traditional engineering applications, providing a comprehensive understanding of how mathematics underpins various aspects of software development and engineering practices.

Focusing on the fundamentals of discrete mathematics, this textbook serves as an engaging guide that illustrates the application of techniques in various computing fields. It aims to motivate readers and inspire deeper exploration into this essential area of study, making complex concepts accessible and relevant.

Focusing on the fundamental principles of software engineering, this textbook offers practical guidance for applying theory in real-world industrial settings. It covers a broad spectrum of topics, including software design, management, and quality, making it a comprehensive resource for both students and professionals in the field.

Tracing the evolution of computation from 3000 B.C. to modern times, this text offers a comprehensive overview of key developments in the field. It highlights influential figures like Boole, Babbage, and Turing, while covering significant milestones such as the IBM 360, the invention of the transistor, and the rise of the software industry. The book also explores programming languages, artificial intelligence, and the societal impact of personal computers and the Internet. Additionally, it addresses contemporary issues like social media and legal responsibilities in computing.

Focusing on the mathematical foundations of computing, this book covers a wide range of topics such as software engineering, reliability, coding theory, and cryptography. It serves as an enlightening introductory guide, exploring the essential calculations that underpin our technological landscape and how they contribute to the development of modern computing.