CLOUD TO EDGEWARE

This comprehensive book presents a new approach to dynamic distributed virtual systems. Wireless grids edgeware promises new cloud to edge secure architectures with mobile security for the Internet of Things (IoT). The scope covers framworks and models for wireless grids edgeware, as well as open specifications and new applications called gridlets and wiglets.

The book also highlights fundamental to advanced concepts necessary to grasp wireless grids, edgeware and IoT current issues, challenges and solutions as well as future trends in IoT infrastructures. It also serves as a virtual and effective bridge between academic research on theory, and science-practitioners work with wireless grids, edgeware and IoT technology.

This unique compendium is composed for researchers, professionals and students working in the field of innovation management, wireless technologies, information system theory, systems engineering, security system designers, and mobile cloud service developers. University professors and researchers involved in wireless grids, edgeware and IoT related networking may find the book useful for their undergraduate and especially graduate courses.

Contents:

• Preface
• About the Author
• Acknowledgment
• Introduction
• Exploring the Fusion of Artificial Intelligence and Wireless Grids Edgeware
• Authenticating Devices in Fog-Mobile Edge Computing Environments through a Wireless Grid Resource Sharing Protocol
• Conceptualizing a Secure Wireless Cloud
• Securing Wireless Grids: Architecture Designs for Secure WiGLET-to-WiGLET Interfaces
• A Failure to Communicate: Security Vulnerabilities in the GridStreamX Wireless Grid Edgeware Application
• Secure the Edge? Understanding the Risk of Wireless Grids Edgeware Technology
• Edge Computing and Cyber Warfare: Strategies for Future Operations in a Wireless Grid SDN-Enabled World
• Developing a CyberAssurance Multiple Adversary Risk Model for Wireless Grids Edgeware
• An Internet Control Device Embedded Sensor Agent (IcdESA) for Wireless Grids
• Zero Trust Security in 5G O-RAN Wireless Grid Networks: Designing a System-of-Systems Intrusion Detection System (SoSIDS)
• Index

Readership: Researchers, academics, professionals and graduate students in information science, digital security, parallel computing, networking and knowledge information management.