Guide to Flow-Aware Networking [[electronic resource] ] : Quality-of-Service Architectures and Techniques for Traffic Management / / by Jerzy Domżał, Robert Wójcik, Andrzej Jajszczyk

• Autore: Domżał Jerzy
• Pubblicazione: Cham : , : Springer International Publishing : , : Imprint : Springer, , 2015
• Edizione: 1st ed. 2015.
• Descrizione fisica: 1 online resource (XVII, 236 p. 124 illus., 26 illus. in color.)
• Disciplina: 004.6
• Soggetto topico: Computer communication systems; Application software; Computer Communication Networks; Information Systems Applications (incl. Internet)
• Persona (resp. second.): WójcikRobert; JajszczykAndrzej
• Note generali: Bibliographic Level Mode of Issuance: Monograph
• Nota di contenuto: Intro -- Preface -- Contents -- Abbreviations -- 1 Flow-Oriented Approaches -- 1.1 Why Flow Awareness? -- 1.2 Background and Development History -- 1.2.1 Common Features -- 1.2.2 Development History -- 1.3 Flow-Based Architectures at a Glance -- 1.3.1 Integrated Services -- 1.3.2 Connectionless Approach -- 1.3.3 Dynamic Packet State -- 1.3.4 Caspian Networks/Anagran -- 1.3.5 Feedback and Distribution -- 1.3.6 Flow-Based Differentiated Services -- 1.3.7 Flow-Aware Networking -- 1.3.8 Flow-State-Aware Transport -- 1.3.9 Flow-Aggregate-Based Services -- 1.4 Flow Definition -- 1.5 Classes of Service -- 1.5.1 Integrated Services -- 1.5.2 Connectionless Approach -- 1.5.3 Dynamic Packet State -- 1.5.4 Caspian Networks/Anagran -- 1.5.5 Feedback and Distribution -- 1.5.6 Flow-Based Differentiated Services -- 1.5.7 Flow-Aware Networking -- 1.5.8 Flow-State-Aware Transport -- 1.5.9 Flow-Aggregate-Based Services -- 1.5.10 Summary -- 1.6 Architecture -- 1.6.1 Integrated Services -- 1.6.2 Connectionless Approach -- 1.6.3 Dynamic Packet State -- 1.6.4 Caspian Networks/Anagran -- 1.6.5 Feedback and Distribution -- 1.6.6 Flow-Based Differentiated Services -- 1.6.7 Flow-Aware Networking -- 1.6.8 Flow-State-Aware Transport -- 1.6.9 Flow-Aggregate-Based Services -- 1.6.10 Summary -- 1.7 Signaling -- 1.7.1 Integrated Services -- 1.7.2 Connectionless Approach -- 1.7.3 Dynamic Packet State -- 1.7.4 Caspian Networks/Anagran -- 1.7.5 Feedback and Distribution -- 1.7.6 Flow-Based Differentiated Services -- 1.7.7 Flow-Aware Networking -- 1.7.8 Flow-State-Aware Transport -- 1.7.9 Flow-Aggregate-Based Services -- 1.7.10 Summary -- 1.8 Summary -- 1.8.1 Complexity and Scalability Assessment -- 1.8.2 Pros and Cons -- 1.8.3 Perspectives -- 1.9 Conclusion -- 1.10 Check Your Knowledge -- 2 Flow-Aware Networking -- 2.1 The Need for a New QoS Architecture. ; 2.2 Basic Concepts of FAN -- 2.3 Flow-Aware Approach -- 2.4 Cross-Protect Mechanism -- 2.5 Measurement-Based Admission Control -- 2.6 Fair Queuing with Priority -- 2.6.1 Priority Fair Queuing -- 2.6.2 Priority Deficit Round-Robin -- 2.6.3 PFQ and PDRR Comparison -- 2.6.4 Approximate Flow-Aware Networking -- 2.7 Additional FAN Architectures and Mechanisms -- 2.8 Check Your Knowledge -- 3 Flow-Aware Networking for Net Neutrality -- 3.1 Definition of Net Neutrality -- 3.2 History and Past Research -- 3.3 Spectrum of Net Neutrality Violations -- 3.4 Net Neutrality Violations from the Past -- 3.5 The Debate -- 3.5.1 The Proponents' Perspective -- 3.5.2 The Opponents' Perspective -- 3.5.3 The Government Perspective -- 3.6 Flow-Aware Networking---a Feasible Solution -- 3.7 The Future of Net Neutrality -- 3.8 Check Your Knowledge -- 4 Congestion Control in Flow-Aware Networks -- 4.1 Motivation for Congestion Control in FAN -- 4.2 Enhanced Flushing Mechanism -- 4.2.1 Simulation of the EFM -- 4.3 Enhanced Flushing Mechanism with Priority -- 4.3.1 Simulation of the EFMP -- 4.4 Remove Active Elastic Flows -- 4.4.1 Simulation of the RAEF -- 4.5 Remove and Block Active Elastic Flows -- 4.5.1 Simulation of the RBAEF -- 4.6 Remove and Prioritize in Access Active Elastic Flows -- 4.6.1 Simulation of the RPAEF -- 4.7 Remove and Accept Most Active Flows -- 4.7.1 Simulation of the RAMAF -- 4.8 Simple Congestion Control Mechanism -- 4.8.1 Simulation of the SCCM -- 4.9 Multilayer Flow-Aware Networks -- 4.9.1 Simulation of MFAN -- 4.10 Congestion Control in Wireless Environments -- 4.10.1 Simulation Analysis of Wired--Wireless FAN Topology -- 4.11 Multipath Routing for FAN -- 4.11.1 Comparison of Intelligent Routing for FAN with Existing Solutions -- 4.11.2 Simulation Analysis -- 4.12 Conclusion -- 4.13 Check Your Knowledge -- 5 Fairness in Flow-Aware Networks. ; 5.1 New Method of Estimating the FR -- 5.2 New Fairness Concept for FAN---Equal Bandwidth for End Users -- 5.3 Simulation Analysis -- 5.3.1 Simulation Analysis of the New Method for Estimating the FR -- 5.3.2 Simulation Analysis of FAN with New Fairness Algorithm -- 5.4 Conclusion -- 5.5 Check Your Knowledge -- 6 FAN in Case of Failure -- 6.1 Global Protected Flow List -- 6.1.1 Simulation Analysis of FAN with RPAEF, LM, and GPFL -- 6.2 Flow-Aware Resilient Ring -- 6.2.1 Global Protected Flow List in FARR -- 6.2.2 Simulation Analysis of FARR with RPAEF, LM and GPFL -- 6.3 Multilayer Recovery Strategy in FAN -- 6.3.1 Simulation Analysis of FAN with EHOT in Case of Failure -- 6.4 Conclusion -- 6.5 Check Your Knowledge -- 7 Service Differentiation in FAN -- 7.1 Implicit Service Differentiation -- 7.2 Waiting Times -- 7.3 Differentiated Blocking -- 7.3.1 Fair Rate Degradation -- 7.3.2 Network Failures and Differentiated Blocking -- 7.4 Differentiated Queuing -- 7.4.1 Bitrate Differentiation -- 7.4.2 Fair Rate Ignoring -- 7.4.3 Feasibility Study -- 7.4.4 Usage Cases -- 7.5 Static Router Configuration -- 7.6 Class of Service on Demand -- 7.7 Conclusion -- 7.8 Check Your Knowledge -- 8 Service Degradation in FAN -- 8.1 Fair Rate Degradation -- 8.2 The Limitation Mechanism -- 8.3 Dynamic Limitations -- 8.4 Predictive Approach -- 8.5 Automatic Intelligent Limitations -- 8.6 Conclusion -- 8.7 Check Your Knowledge -- 9 Implementation of Cross-Protect Router -- 9.1 Click Modular Router -- 9.2 Implementation of the XP Router -- 9.3 Tests of the XP Router -- 9.3.1 Testing Methodology -- 9.3.2 Test Results -- 10 Summary -- Answers -- Index.
• Sommario/riassunto: This clearly-written text/reference provides a practical guide to flow-aware networking (FAN), one of the most promising new quality-of-service architectures for the Future Internet. The latest concepts are examined in detail, including coverage of approximate flow-aware networking. The scope and evolution of the debate on network neutrality is also discussed. Topics and features: Provides a broad survey of flow-oriented approaches and solutions based on the concept of flows Presents a range of mechanisms for improving transmission performance of streaming flows under congestion Illustrates how problems caused by congestion may be solved in a multilayer environment, proposing new methods for enhancing transmission in wired-wireless FAN Analyzes aspects of fair transmission in FAN, reviewing algorithms that improve transmission of streaming flows during network failures, and investigating the capabilities of FAN in relation to service differentiation Describes the implementation aspects of the cross-protect router, presenting the implementation suite and the first tests results of the developed prototype Concludes each chapter with review questions, with answers provided at the end of the book Offering valuable information for anyone wanting to better understand the basic principles underlying modern networking technology, the Guide to Flow-Aware Networking is essential reading for network engineers and operators interested in the development of the Internet. The work is also eminently suitable as a supplementary textbook for graduate students of computer science and electrical engineering involved in data communications and networking.
• Titolo autorizzato: Guide to Flow-Aware Networking
• ISBN: 3-319-24975-4
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Lingua di pubblicazione: Inglese
• Record Nr.: 9910299257503321
• Lo trovi qui: Univ. Federico II
• Serie: Computer Communications and Networks, . 1617-7975