Bio-Inspired Computational Paradigms: Security and Privacy in Dynamic Smart Networks by S, Vijayalakshmi & SP, Gayathri & Shukla, Samiksha & Nand, Parma instant download

Bio-Inspired Computational Paradigms: Security and Privacy in Dynamic Smart Networks by S, Vijayalakshmi & SP, Gayathri & Shukla, Samiksha & Nand, Parma instant download

Big Data, Artificial Intelligence, Machine Learning, Network, Internet of Things (IoT), Audit
Smart cities with various technological innovations have played an important role and influenced society as well. Due to voluminous data transactions within smart cities, security and privacy concerns need to be dealt with. Though taking care of safety and privacy is challenging, it is essential for a smart city to understand the bio-inspired computing paradigms. This book discusses the utilization of bio-inspired computing procedures for effective computational devices.• Discusses real-world usage of bio-inspired computations• Highlights how bio-inspired computations hold the potential to significantly increase network security and privacy• Talks about how society can avoid consequences of cyber security breaches• Examines the combination of bio-inspired computational methods with IoT, AI and big dataThis book is primarily aimed at graduates, researchers, IT and industry professionals.
Smart cities with various technological innovations have played an important role and influenced society as well. Due to voluminous data transactions within smart cities, security and privacy concerns need to be dealt with. Though taking care of safety and privacy is challenging, it is essential for a smart city to understand the bio-inspired computing paradigms. This book discusses the utilization of bio-inspired computing procedures for effective computational devices. This book:
discusses real-world usage of bio-inspired computations;
highlights how bio-inspired computations hold the potential to significantly increase network security and privacy;
talks about how society can avoid consequences of cyber security breaches;
examines the combination of bio-inspired computational methods with IoT, AI and big data.