PPT-Transport Services Layer Protection Switching Types Interac

Author : trish-goza | Published Date : 2017-06-02

Maarten Vissers 20110718 Introduction httpwwwieee802org1filespublicdocs2011axbqvissersdrniandsncpinterworking0511v00pptx presented DRNI and G8031 ETH SNCP interworking

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Transport Services Layer Protection Switching Types Interac: Transcript

Maarten Vissers 20110718 Introduction httpwwwieee802org1filespublicdocs2011axbqvissersdrniandsncpinterworking0511v00pptx presented DRNI and G8031 ETH SNCP interworking aspects. Ron Cohen. IETF Maastricht 2010. ronc@ieee.org. Draft-ronc-ptp-mpls-00.txt (expired). Transports. PTP. UDP. IPv4. PTP. UDP. IPv6. PTP. Ethernet. PTP. UDP/IP. MPLS. PTP. MPLS. ???. PTP. Ethernet. PW. PTP Sync/Delay Message Format. 3-. 1. Chapter 3. Transport Layer. Computer Networking: A Top Down Approach . 6. th. edition . Jim Kurose, Keith Ross. Addison-Wesley. March 2012. Part 4: Congestion control. Transport Layer. 3-. 2. 3-. 1. Chapter 3. Transport Layer. Computer Networking: A Top Down Approach . 6. th. edition . Jim Kurose, Keith Ross. Addison-Wesley. March 2012. All material copyright 1996-2012. J.F Kurose and K.W. Ross, All Rights Reserved. draft-zhl-mpls-tp-sd-01.txt. H. Zhang, J. He, Huawei. H. Li, CMCC. IETF 76th meeting – Hiroshima, November 2009. Requirements. In draft-ietf-mpls-tp-survive-fwk-02. Section 4.1.2. Failure-Triggered Actions: “Survivability actions may be directly triggered by network failures……"failure" is used to represent both signal failure and signal degradation”. 3-. 1. Transport Layer. Our goals:. . understand principles behind transport layer services:. multiplexing/demultiplexing. reliable data transfer. flow control. congestion control. learn about transport layer protocols in the Internet:. Network Fundamentals – Chapter 4. Objectives. Explain the role of Transport Layer protocols and services in supporting communications across data networks.. Analyze the application and operation of TCP mechanisms that support reliability.. BOF plan. T. . Moncaster. , M. Welzl, D. Ros:. draft. -moncaster-tsvwg-transport-services-. 00. https. ://sites.google.com/site/. transportprotocolservices. . ICCRG . @ . 88th . IETF Meeting. Vancouver, BC, Canada. Transport . Layer. Aurelio Rahmadian. Objektif. Pengenalan. Peran. Transport Layer. TCP. UDP. Pengenalan. On a single device, people can use multiple services such as e-mail, the web, and instant messaging to send messages or retrieve information.. By,. B. R. Chandavarkar,. CSE Dept., NITK, Surathkal. Ref: . B. A. Forouzan, 5. th. Edition. Switching . is a topic that can be discussed at several layers. . We . have switching at . the physical . CS 381. 3/7/2017. Transport. . Layer. 3-. 2. Chapter 3 outline. 3.1 transport-layer services. 3.2 multiplexing and . demultiplexing. 3.3 connectionless transport: UDP. 3.4 principles of reliable data transfer. BOF plan. T. . Moncaster. , M. Welzl, D. Ros:. draft. -moncaster-tsvwg-transport-services-. 00. https. ://sites.google.com/site/. transportprotocolservices. . ICCRG . @ . 88th . IETF Meeting. Vancouver, BC, Canada. DRNI. Maarten Vissers. 2011-07-20. v01. Introduction. http://www.ieee802.org/1/files/public/docs2011/axbq-vissers-drni-and-sncp-interworking-0511-v00.pptx. presented “DRNI and G.8031 ETH SNCP interworking” aspects. Multiplexing and demultiplexing. Connectionless transport: UDP. Principles of reliable data transfer . Connection-oriented transport: TCP. Principles of congestion control. TCP congestion control . Evolution of transport-layer functionality. is. the Internet? . What. is . a protocol?. Network edge. Network core. Performance: loss, delay, throughput. Layering, encapsulation, service models. Security. History. COMPSCI 453 . Computer Networks.

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