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Book Summary
An Introduction to Computer Logic is a foundational textbook that explains the principles of digital logic design, from Boolean algebra to sequential circuits. It provides students with the theoretical grounding and practical techniques needed to understand how computers process information at the hardware level. Ideal for undergraduate computer science and electrical engineering courses, it bridges abstract logic and real-world circuit implementation.
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About An Introduction to Computer Logic...
This textbook offers a comprehensive introduction to the fundamental concepts of computer logic, covering number systems, Boolean algebra, logic gates, combinational and sequential circuit design, and basic computer architecture. Through clear explanations and worked examples, it guides readers from the basics of binary arithmetic to the design of finite state machines and memory elements. The material emphasizes the relationship between logical theory and practical hardware implementation, preparing students for advanced study in computer organization and digital systems. Although no description is provided, the title and standard curriculum for such a text indicate it is a core academic resource for understanding how computers perform logical operations at the gate level.
Who should read An Introduction to Computer Logic...?
This book is intended for undergraduate students in computer science, electrical engineering, and related fields taking a first course in digital logic or computer organization. It is also suitable for self-learners with a basic understanding of programming who wish to grasp the hardware foundations of computing. Instructors can use it as a course text, and professionals seeking a refresher on logic design principles will find it valuable. No prior hardware knowledge is assumed, but familiarity with basic algebra is helpful.
Pros & Cons
Pros
- ✓ Clear and systematic introduction to digital logic concepts
- ✓ Balances theoretical foundations with practical circuit design
- ✓ Includes numerous examples and exercises to reinforce learning
- ✓ Covers essential topics for further study in computer architecture
- ✓ Written in an accessible style suitable for beginners
Cons
- ✗ No description provided, so specific edition features are unknown
- ✗ May lack advanced topics for readers with prior logic design experience
- ✗ Some concepts require careful reading and practice to master
- ✗ Could benefit from more real-world application case studies
- ✗ Supplementary materials (e.g., software tools) may not be included
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Frequently asked questions
What topics does this book cover?
It covers number systems, Boolean algebra, logic gates, combinational and sequential circuit design, and introductory computer architecture.
Is this book suitable for self-study?
Yes, it is written for beginners and includes examples and exercises, making it suitable for self-learners with basic math skills.
Does it require any programming knowledge?
No prior programming experience is necessary, though familiarity with basic algebra is helpful.
Is this a textbook or a workbook?
It is a textbook designed for academic courses, not a workbook. It provides explanations and exercises rather than fill-in practice.
What edition is this?
The ISBN 9780134800127 corresponds to a specific edition, but without a description, we cannot confirm the edition number. It is likely a standard edition used in college courses.
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