Metro Ethernet services for LTE backhaul /

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"The backhaul portion of the network is comprised of intermediate links between the core network and the small sub-networks at the "edge" of the entire hierarchical network. This is a critical area because it is the side of the network that communicates with the global Internet. This...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Krzanowski, Roman
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Boston : Artech House, [2013]
Colección:Artech House mobile communications series.
Temas:
Ethernet (Local area network system)
Metropolitan area networks (Computer networks)
Long-Term Evolution (Telecommunications)
Mobile communication systems.
Ethernet (Système de réseau local)
Réseaux métropolitains (Informatique)
Technologie d'évolution à long terme (Norme)
Radiocommunications mobiles.
TECHNOLOGY & ENGINEERING > Mechanical.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • ""Contents""; ""Acknowledgments""; ""1 Introduction""; ""1.1â€?Why This Book""; ""1.2â€?MEN and MEBH Service ""; ""1.3â€?LTE Architecture Overview""; ""1.4â€?The Road to Ethernet""; ""1.5â€?Outline of the Book""; ""Endnotes""; ""2 Constructing MEBH Service""; ""2.1â€?Design Processâ€?Perspectives""; ""2.2â€?Common Concepts""; ""2.2.1â€?Ethernet Frame""; ""2.2.2â€?UNI and EVC""; ""2.2.3â€?ENNI and OVC""; ""2.3â€?Providerâ€?s View""; ""2.3.1â€?Reference Models""; ""2.3.2â€?UNI and EVC Attributes""; ""2.3.3â€?ENNI and OVC Attributes""; ""2.3.4â€?QoS Profiles ""; ""2.4â€?Customerâ€?s View""
  • ""2.4.1â€?Reference Model""""2.4.2â€?Service Functional Groups""; ""2.4.3â€?MEBH Service Requirements""; ""2.5â€?Common Grounds""; ""Endnotes""; ""3 Service Functions Technology Overview""; ""3.1â€?Service Logic""; ""3.1.1â€?E-Line Service""; ""3.1.2â€?E-LAN Service""; ""3.1.3â€?E-Tree Service""; ""3.1.4â€?Services in Multiprovider Architecture""; ""3.1.5â€?Layer 2 Control Protocol (L2CP) ""; ""3.2â€?Service Transport ""; ""3.2.1â€?Ethernet Technology""; ""3.2.2â€?Transport Technologies""; ""3.2.3â€?Comparison of Different Technologies ""; ""3.3â€?Service Protection ""
  • ""3.3.1â€?Terminology""""3.3.2â€?Concepts""; ""3.3.3â€?Estimating Availability""; ""3.3.4â€?Protected Service Architectures""; ""3.3.5â€?Implementation ""; ""3.3.6â€?Measuring Resiliency""; ""3.4â€?Quality of Service""; ""3.4.1â€?Bandwidth Concepts""; ""3.4.2â€?Bandwidth Enforcement""; ""3.4.3â€?Bandwidth Profiles""; ""3.4.4â€?Estimating Throughput""; ""3.4.5â€?QoSâ€?End-to-End View""; ""3.4.6â€?CoS Classes""; ""3.5â€?Service Performance ""; ""3.5.1â€?Metrics""; ""3.5.2â€?Estimating Latency""; ""3.5.3â€?MEF Performance Metrics""; ""3.5.4â€?Multipoint Metrics""; ""3.6â€?Service Verification""
  • ""3.6.1â€?SOAM """"3.6.2â€?Service Level Assurance ""; ""3.7â€?Service Interconnectivity (Engineering Requirements)""; ""3.7.1â€?Transport Media""; ""3.7.2â€?Interfaces""; ""3.7.3â€?Physical Aspects""; ""Endnotes""; ""4 MEBH Service Design""; ""4.1â€?MEBH Service Logic ""; ""4.1.1â€?MEBH Using E-Line Service""; ""4.1.2â€?MEBH Using E-LAN""; ""4.1.3â€?MEBH Using E-Tree ""; ""4.1.4â€?MEBHâ€?Mixed Solutions""; ""4.1.5â€?Multiservice Area MEBH Architecture""; ""4.1.6â€?L2CP Filtering""; ""4.2â€?MEBH Transport ""; ""4.3â€?MEBH Service Protection ""; ""4.3.1â€?Protection Design""
  • ""4.3.2â€?SRG Analysis""""4.4â€?MEBH Quality of Service""; ""4.4.1â€?Bandwidth""; ""4.4.2â€?Policing and Shaping""; ""4.4.3â€?CoS Class Selection and Signaling""; ""4.5â€?MEBH Service Performance""; ""4.6â€?MEBH Service Verification""; ""4.6.1â€?Monitoring Overlay""; ""4.6.2â€?Monitoring Method""; ""4.6.3â€?SOAM Support""; ""4.7â€?MEBH Serviceâ€?Interconnectivity""; ""Endnotes""; ""5 MEBH Service: A Use Case""; ""5.1â€?Use Case Assumptions""; ""5.2â€?Use Case Requirements""; ""5.3â€?Use Case EVC UNI Attribute Table""; ""5.4â€?Conclusions and Final Thoughts""; ""Endnote""

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