EDGE Computing Architecture and Protocols (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"EDGE Computing Architecture and Protocols" "EDGE Computing Architecture and Protocols" offers readers a definitive and comprehensive exploration into the rapidly evolving domain of edge computing, charting its progression from traditional cloud paradigms to the distributed, high-performance architectures that define today's digital infrastructure. The book elaborates on foundational principles, key technical models, and the pivotal challenges faced as services are deployed closer to end-users and devices, underpinning the next generation of IoT, autonomous systems, and smart city platforms. T...
"EDGE Computing Architecture and Protocols"
"EDGE Computing Architecture and Protocols" offers readers a definitive and comprehensive exploration into the rapidly evolving domain of edge computing, charting its progression from traditional cloud paradigms to the distributed, high-performance architectures that define today's digital infrastructure. The book elaborates on foundational principles, key technical models, and the pivotal challenges faced as services are deployed closer to end-users and devices, underpinning the next generation of IoT, autonomous systems, and smart city platforms. Through detailed case studies and in-depth architectural analysis, readers gain an appreciation for the unique requirements and innovations that set edge computing apart from conventional centralized approaches.
A significant portion of the book delves into the intricate architectures and protocols essential for enabling secure, scalable, and resilient edge deployments. From the hardware and micro data centers powering the edge to the sophisticated software, orchestration frameworks, and communication protocols such as MQTT, gRPC, and QUIC, the text presents both the theory and practical considerations involved in distributed service placement, resource management, and real-time analytics. The integration of robust security, trust, and privacy mechanisms is comprehensively addressed, providing readers with contemporary solutions to edge-specific threat models, authentication, policy enforcement, and regulatory compliance.
Beyond current technologies, "EDGE Computing Architecture and Protocols" casts a visionary lens on the field's future trajectory. Insightful chapters cover the emergence of AI-driven automation, federated learning, sustainability, and even speculative architectures encompassing quantum and neuromorphic edge. The book underscores the importance of interoperability, standards, and open ecosystems while bridging the gap between research, industry best practices, and the inexorable rise of 5G and beyond. This volume is an indispensable resource for professionals, researchers, and advanced students aiming to master the architectures and communications at the heart of the edge computing revolution.
"EDGE Computing Architecture and Protocols" offers readers a definitive and comprehensive exploration into the rapidly evolving domain of edge computing, charting its progression from traditional cloud paradigms to the distributed, high-performance architectures that define today's digital infrastructure. The book elaborates on foundational principles, key technical models, and the pivotal challenges faced as services are deployed closer to end-users and devices, underpinning the next generation of IoT, autonomous systems, and smart city platforms. Through detailed case studies and in-depth architectural analysis, readers gain an appreciation for the unique requirements and innovations that set edge computing apart from conventional centralized approaches.
A significant portion of the book delves into the intricate architectures and protocols essential for enabling secure, scalable, and resilient edge deployments. From the hardware and micro data centers powering the edge to the sophisticated software, orchestration frameworks, and communication protocols such as MQTT, gRPC, and QUIC, the text presents both the theory and practical considerations involved in distributed service placement, resource management, and real-time analytics. The integration of robust security, trust, and privacy mechanisms is comprehensively addressed, providing readers with contemporary solutions to edge-specific threat models, authentication, policy enforcement, and regulatory compliance.
Beyond current technologies, "EDGE Computing Architecture and Protocols" casts a visionary lens on the field's future trajectory. Insightful chapters cover the emergence of AI-driven automation, federated learning, sustainability, and even speculative architectures encompassing quantum and neuromorphic edge. The book underscores the importance of interoperability, standards, and open ecosystems while bridging the gap between research, industry best practices, and the inexorable rise of 5G and beyond. This volume is an indispensable resource for professionals, researchers, and advanced students aiming to master the architectures and communications at the heart of the edge computing revolution.
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