Principles of Data Forwarding Technologies (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"Principles of Data Forwarding Technologies" "Principles of Data Forwarding Technologies" delivers an authoritative exploration of the essential mechanisms, architectures, and innovations that power data movement across modern and emerging networks. The book begins by establishing a strong conceptual framework, demystifying historical evolution, the interplay between routing and forwarding, and detailing the core distinctions within the OSI and TCP/IP models. Readers are introduced to unicast, multicast, broadcast, and anycast forwarding modes, alongside an incisive analysis of the control and...
"Principles of Data Forwarding Technologies"
"Principles of Data Forwarding Technologies" delivers an authoritative exploration of the essential mechanisms, architectures, and innovations that power data movement across modern and emerging networks. The book begins by establishing a strong conceptual framework, demystifying historical evolution, the interplay between routing and forwarding, and detailing the core distinctions within the OSI and TCP/IP models. Readers are introduced to unicast, multicast, broadcast, and anycast forwarding modes, alongside an incisive analysis of the control and forwarding plane dynamics and the unique challenges shaping today's scalable, secure networks.
Delving deeper, each chapter offers a structured examination of forwarding at Layer 2 and Layer 3, encompassing Ethernet switch design, VLANs, loop avoidance, high-availability strategies, as well as advanced routing and high-performance table lookup techniques. The narrative seamlessly expands into multiprotocol and overlay technologies such as MPLS, VXLAN, and EVPN, while illuminating cutting-edge topics like segment routing, network virtualization, and programmable data planes using languages and platforms such as P4 and eBPF. Special attention is paid to integrating these technologies within cloud, data center, wireless, mobile, and non-terrestrial networking contexts, examining the energy efficiency, performance, and resilience of next-generation architectures.
The later chapters address resilience, telemetry, security, and future research frontiers, equipping professionals and researchers with strategies for monitoring, troubleshooting, and safeguarding forwarding infrastructure against dynamic threats. With detailed coverage of zero trust, encrypted channels, AI-driven data plane optimization, post-quantum security, and intent-based networking, this work serves as both a comprehensive reference and visionary guide for architects, engineers, and scholars shaping the networks of tomorrow.
"Principles of Data Forwarding Technologies" delivers an authoritative exploration of the essential mechanisms, architectures, and innovations that power data movement across modern and emerging networks. The book begins by establishing a strong conceptual framework, demystifying historical evolution, the interplay between routing and forwarding, and detailing the core distinctions within the OSI and TCP/IP models. Readers are introduced to unicast, multicast, broadcast, and anycast forwarding modes, alongside an incisive analysis of the control and forwarding plane dynamics and the unique challenges shaping today's scalable, secure networks.
Delving deeper, each chapter offers a structured examination of forwarding at Layer 2 and Layer 3, encompassing Ethernet switch design, VLANs, loop avoidance, high-availability strategies, as well as advanced routing and high-performance table lookup techniques. The narrative seamlessly expands into multiprotocol and overlay technologies such as MPLS, VXLAN, and EVPN, while illuminating cutting-edge topics like segment routing, network virtualization, and programmable data planes using languages and platforms such as P4 and eBPF. Special attention is paid to integrating these technologies within cloud, data center, wireless, mobile, and non-terrestrial networking contexts, examining the energy efficiency, performance, and resilience of next-generation architectures.
The later chapters address resilience, telemetry, security, and future research frontiers, equipping professionals and researchers with strategies for monitoring, troubleshooting, and safeguarding forwarding infrastructure against dynamic threats. With detailed coverage of zero trust, encrypted channels, AI-driven data plane optimization, post-quantum security, and intent-based networking, this work serves as both a comprehensive reference and visionary guide for architects, engineers, and scholars shaping the networks of tomorrow.
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