Resilient Routing In Communication Networks
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Resilient Routing in Communication Networks
This important text/reference addresses the latest issues in end-to-end resilient routing in communication networks. The work highlights the main causes of failures of network nodes and links, and presents an overview of resilient routing mechanisms, covering issues related to the Future Internet (FI), wireless mesh networks (WMNs), and vehicular ad-hoc networks (VANETs). For each of these network architectures, a selection of novel approaches are described, followed by evaluation of their characteristics. Topics and features: Discusses FI architecture for network virtualization, examining the network resource provisioning necessary to provide network resilience Introduces proposals for dedicated and shared protection in random failure scenarios and against malicious activities Describes measures for WMN survivability that allow for evaluation of performance under multiple failures Proposes a new scheme to enable proactive updates of WMN antenna alignment to prepare the network in advance for changing weather conditions Includes a detailed analysis of the differentiated reliability requirements for VANET applications, with a focus on issues of multi-hop data delivery Reviews techniques for improving the stability of end-to-end VANET communication paths based on multipath routing and anycast forwarding Researchers and practitioners interested in contemporary and future communication network architectures, from both academia and industry, will find this to be a must-read work on issues of end-to-end resilient routing. Dr. Jacek Rak is an Assistant Professor in the Department of Computer Communications at the Faculty of Electronics, Telecommunications, and Informatics of Gdansk University of Technology, Poland.
Resilient Routing in Communication Networks
This important text addresses the latest issues in end-to-end resilient routing in communication networks. The work highlights the main causes of failures of network nodes and links, and presents an overview of resilient routing mechanisms, covering issues related to the Future Internet (FI), wireless mesh networks (WMNs), and vehicular ad-hoc networks (VANETs). Features: discusses FI architecture for network virtualization; introduces proposals for dedicated and shared protection in random failure scenarios and against malicious activities; describes measures for WMN survivability that allow for evaluation of performance under multiple failures; proposes a new scheme to enable proactive updates of WMN antenna alignment; includes a detailed analysis of the differentiated reliability requirements for VANET applications, with a focus on issues of multi‐hop data delivery; reviews techniques for improving the stability of end-to-end VANET communication paths based on multipath routing and anycast forwarding.
Resilient Routing in Communication Networks
This practically focused monograph addresses the latest issues of resilient routing in networked systems. It consists of three parts and offers an in-depth introduction to the resilience of networked systems (Part I), a detailed description of schemes of resilient routing (Part II), and examples of the application of resilience mechanisms in selected communication scenarios (Part III). Topics and features: presents the essentials of network resilience; highlights the main causes of network node and link failures; elaborates on the costs and benefits of investing in resilience; discusses the taxonomy of challenges, faults, attributes, and disciplines of resilience; overviews the major metrics useful in evaluating resilience; provides a detailed classification of resilient routing schemes; analyzes the features of optimization models for selected problems of resilient routing; illustrates the properties of computationally efficient methods for determining the shortest sets of disjoint communication paths; shows the practical use of resilient routing mechanisms in selected communication scenarios with a particular focus on up-to-date concepts such as network virtualization or content-centric networking.