PPT-Transport Layer Security

TLS IETF76 Chairs Joe Salowey jsaloweyciscocom Eric Rescorla ekrrtfmcom Note Well Any submission to the IETF intended by the Contributor for publication as all or part of an IETF InternetDraft or RFC and any statement made within the context of an IETF activity is considered an IETF Contribution Such statements include oral statements in IETF sessions as well as written and electronic communications made at any time or place which are addressed to. 2-. 1. Transport Layer. CS 381. 3/1/2016. 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 . 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. 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.. . Komputer. . Dasar. OSI 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. 2-. 1. Chapter . 3. Transport . Layer. Computer Networking: A Top Down Approach . 6. th. edition . Jim Kurose, Keith Ross. Addison-Wesley. March 2012. A note on the use of these . ppt. slides:. We. Maarten Vissers. 2011-07-18. 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. 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. CSC 102 Lecture 3. Protocol Stacks. Information entering/exiting a network passes through . protocol stack. – like an assembly line. Each layer in stack has distinct job. Application. Transport. Network. Samir. Sarkar. 1. Operations Services Branch. Australian Radiation Protection and Nuclear Safety Agency. PO Box 655, Miranda, NSW 1490, Australia. 2 . Fax: 61-2-9541 8348; Email: . Samir.Sarkar@arpansa.gov.au. 17-21 October 2011, Vienna, Austria . Session 1A: Where Are We Today?. Modal Structure: Rail, Road, Sea and Air. Khammar MRABIT . Director, Office of Nuclear Security. Department of Nuclear Safety and Security. . OAuth. 2010.12.4. 고종. 봉. 발표 개요. 발표의 목적. 스프링 . 시큐리티. 학습 내용 공유. 최근 . OAuth. . 관심 증대 . / . 학습 내용 공유. KSUG . 세미나 스프링 . InterOperability. Laboratory. www.iol.unh.edu. Serial ATA (SATA) Protocol. Chapter 10 – Transport Layer. Outline. Transport Layer Overview. Frame Information Structure (FIS). FIS Types. Host Transport States.