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BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition
Bio-inspired computing (BIC) focuses on the designs and developments of computer algorithms and models based on biological mechanisms and living phenomena.
BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition
Item #: 51664446

BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition

Item #: 51664446

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Bio-inspired computing (BIC) focuses on the designs and developments of computer algorithms and models based on biological mechanisms and living phenomena.
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What Stands Out

Innovative Algorithms
This book presents cutting-edge bio-inspired algorithms that mimic natural processes, providing readers with unique solutions to complex computational problems, making it an essential guide for researchers and students in computer science.
Comprehensive Scope
Covering a wide range of topics from evolutionary algorithms to neural networks, this edition serves as an all-in-one resource, catering to both beginners and advanced practitioners seeking to deepen their understanding of bio-inspired computing.
Practical Applications
Demonstrating real-world applications of bio-inspired models, this book bridges theory and practice, ensuring readers not only grasp foundational concepts but also find inspiration for innovative problem-solving in various domains.

Product Details

Shop BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition online at a best price in Sint Maarten. 9813143177
Publisher World Scientific Publishing Company
Publication date May 26, 2019
Edition 1st
Language English
Print length 300 pages
ISBN-10 9813143177
ISBN-13 978-9813143173
Item Weight 1.2 pounds (540 grams)
Dimensions 6 x 0.69 x 9 inches (15.2 x 1.8 x 22.9 cm)

Who Should Buy?

Suitable For
  • Researchers in AI

    Ideal for those studying artificial intelligence and seeking innovative computational models inspired by biological systems.

  • Graduate Students

    Beneficial for graduate level students focusing on computational theories and techniques derived from nature.

  • Software Developers

    Helpful for developers looking to implement bio-inspired algorithms in real-world applications and projects.

Not Suitable For
  • Beginners in Computing

    Not suitable for beginners as it requires foundational knowledge in algorithms and computational theories.

Product Description

BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition

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Customer Questions & Answers

  • Question: What are BIO-INSPIRED computing models?

    Answer: BIO-INSPIRED computing models refer to algorithms and computational techniques inspired by biological processes and systems. These models emulate the structures, functions, and behaviors observed in nature, like genetic evolution, neural networks, or swarm intelligence. They offer innovative problem-solving approaches particularly useful in optimization tasks, artificial intelligence, and machine learning. For instance, genetic algorithms are used for resource allocation, while neural networks power complex data analysis in various fields. This book explores these fascinating concepts and their applications in contemporary computing.
  • Question: Who is the target audience for BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS?

    Answer: This book is primarily aimed at students, researchers, and professionals in computer science, artificial intelligence, and machine learning. Whether you are pursuing advanced studies, engaged in academic research, or working in industry, the content is designed to cater to a diverse audience. It provides foundational knowledge for newcomers and deep insights for experienced practitioners. It's particularly beneficial for those looking to explore innovative techniques for problem-solving in technology-based fields and understanding the latest trends in computational theories.
  • Question: What topics are covered in the BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS?

    Answer: The book delves into a wide array of topics within bio-inspired computing including genetic algorithms, neural networks, particle swarm optimization, and ant colony optimization. Each section not only explains the underlying principles but also provides real-world examples to illustrate their applications. This comprehensive approach ensures that readers can grasp both the theoretical and practical aspects, making it a useful resource for tackling complex computational problems in various domains, such as robotics and data analytics.
  • Question: Are the algorithms presented in the book applicable in real-world scenarios?

    Answer: Yes, the algorithms discussed in this book have practical applications across numerous industries. For example, genetic algorithms can optimize logistic operations in supply chain management, while neural networks are crucial for image recognition in healthcare. Readers will find case studies and examples throughout the text that demonstrate how these algorithms can solve practical problems and enhance efficiency. This relevance to real-world situations enables readers to translate theory into actionable solutions in their respective fields.
  • Question: Can beginners understand the concepts in this book?

    Answer: Absolutely, the book is structured to be accessible for beginners while providing depth for advanced readers. Concepts are introduced progressively, with foundational principles clearly explained before delving into more complex topics. Additionally, illustrative diagrams and examples help demystify challenging ideas. Beginners can benefit from the clear language and practical examples, making it a suitable resource for those new to bio-inspired computing looking to build their knowledge effectively.
  • Question: How does bio-inspired computing differ from traditional computing models?

    Answer: Bio-inspired computing models differ from traditional computing by mimicking natural processes rather than relying solely on predetermined algorithms. Traditional models often follow a linear approach, while bio-inspired techniques embrace randomness, evolution, and adaptability. This allows for more flexible solutions to complex problems that are similar to those found in nature. As a result, they can often yield better optimization and learning capabilities, particularly useful in dynamic environments where traditional models may struggle.
  • Question: What skills can readers acquire from studying this book?

    Answer: Readers can acquire a range of valuable skills including algorithm design, problem-solving using bio-inspired techniques, and an enhanced understanding of machine learning frameworks. By engaging with the content, readers improve their analytical thinking, enabling them to develop innovative solutions adapted to diverse challenges in technological environments. These skills are crucial in roles within data science, software development, and artificial intelligence, empowering professionals to tackle complex projects effectively.
  • Question: Is prior knowledge of mathematics required to understand the book?

    Answer: While a basic understanding of mathematics can be beneficial, the book strives to keep technical jargon to a minimum and explain concepts intuitively. Common mathematical principles, such as those used in optimization techniques, are introduced in context, allowing readers to grasp their necessity without extensive prior knowledge. This makes it more approachable for those who may not have a strong mathematics background but are eager to learn about bio-inspired computing.
  • Question: What makes this edition of the book unique?

    Answer: This first edition stands out due to its comprehensive coverage of both foundational concepts and contemporary advancements in bio-inspired computing. The text includes illustrative examples, case studies, and practical applications which make the theoretical aspects relatable. The inclusion of cutting-edge research and trends makes it a timely resource for anyone serious about understanding this rapidly evolving field and offers a blend of theory and practical insights not always found in earlier texts.
  • Question: Where can I buy BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition?

    Answer: You can purchase BIO-INSPIRED COMPUTING MODELS AND ALGORITHMS 1st Edition through Ubuy in Sint Maarten. Ubuy offers a user-friendly shopping experience, competitive pricing, and varying payment options that cater to your needs. By choosing Ubuy, you can easily find this title along with additional products and reading materials related to bio-inspired computing.

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