Principles of Mesh Networks and Mesh Generation (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"Principles of Mesh Networks and Mesh Generation" "Principles of Mesh Networks and Mesh Generation" presents a comprehensive and rigorous exploration of mesh networking and the methodologies underpinning mesh generation. The book commences by tracing the historical evolution of mesh networks, situating them among key network topologies and revealing their mathematical foundations. In-depth discussions illuminate critical properties such as connectivity, scalability, and redundancy while providing an authoritative review of industry standards and protocols, as well as the nuanced interplay betw...
"Principles of Mesh Networks and Mesh Generation"
"Principles of Mesh Networks and Mesh Generation" presents a comprehensive and rigorous exploration of mesh networking and the methodologies underpinning mesh generation. The book commences by tracing the historical evolution of mesh networks, situating them among key network topologies and revealing their mathematical foundations. In-depth discussions illuminate critical properties such as connectivity, scalability, and redundancy while providing an authoritative review of industry standards and protocols, as well as the nuanced interplay between physical and logical network structures.
Building on this foundation, the volume delves into the algorithms and engineering techniques essential for robust mesh network operation. Key topics include distributed routing, efficient dissemination strategies, topology control, and load balancing. The principles and practice of mesh generation are thoroughly addressed, from geometric constructs like Delaunay triangulation and Voronoi diagrams to advanced strategies for mesh refinement and parallel generation. The text further extends these concepts to the demands of scientific computing and engineering, detailing mesh requirements for finite element analysis, computational fluid dynamics, and multi-physics simulations.
A forward-looking perspective is woven throughout, with meticulous attention to performance optimization, security, and the advent of cutting-edge technologies. Readers will find nuanced analyses of throughput and latency, resilience and energy efficiency, as well as essential strategies for secure, private, and trustworthy mesh communication. The book concludes with a survey of emerging trends, including the integration of AI and machine learning, synergies with next-generation cellular networks and IoT, and the challenges posed by mesh deployments in unconventional environments. This work serves as an indispensable reference for academics, engineers, and researchers seeking both foundational knowledge and insight into the advancing frontier of mesh networks.
"Principles of Mesh Networks and Mesh Generation" presents a comprehensive and rigorous exploration of mesh networking and the methodologies underpinning mesh generation. The book commences by tracing the historical evolution of mesh networks, situating them among key network topologies and revealing their mathematical foundations. In-depth discussions illuminate critical properties such as connectivity, scalability, and redundancy while providing an authoritative review of industry standards and protocols, as well as the nuanced interplay between physical and logical network structures.
Building on this foundation, the volume delves into the algorithms and engineering techniques essential for robust mesh network operation. Key topics include distributed routing, efficient dissemination strategies, topology control, and load balancing. The principles and practice of mesh generation are thoroughly addressed, from geometric constructs like Delaunay triangulation and Voronoi diagrams to advanced strategies for mesh refinement and parallel generation. The text further extends these concepts to the demands of scientific computing and engineering, detailing mesh requirements for finite element analysis, computational fluid dynamics, and multi-physics simulations.
A forward-looking perspective is woven throughout, with meticulous attention to performance optimization, security, and the advent of cutting-edge technologies. Readers will find nuanced analyses of throughput and latency, resilience and energy efficiency, as well as essential strategies for secure, private, and trustworthy mesh communication. The book concludes with a survey of emerging trends, including the integration of AI and machine learning, synergies with next-generation cellular networks and IoT, and the challenges posed by mesh deployments in unconventional environments. This work serves as an indispensable reference for academics, engineers, and researchers seeking both foundational knowledge and insight into the advancing frontier of mesh networks.
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