'Transport control protocol' diaporamas de présentation

TCP/IP Internal

TCP/IP . TCP/IP Internal. TCP/IP . Learning outcome. Application layer HTTP, FTP, TELNET, POP3, SMTP, IMAP, DNS protocols Transport layer TCP and UDP TCP and UDP segment Opening and closing connections Flow control Reliable data transmission Internet layer IP , ICMP, ARP and RARP

1.02k views • 78 slides

LSVE: A Network Primer

LSVE: A Network Primer. Manuel Oliveira Computer Science Department University College London. Audience Assessment. Know about networks? Know what TCP, UDP, multicast is? Know how a router works inside? Know about multicast routing algorithms?. Contents. Motivation

560 views • 42 slides

LSVE: A Network Primer

LSVE: A Network Primer. Manuel Oliveira Computer Science Department University College London. Audience Assessment. Know about networks? Know what TCP, UDP, multicast is? Know how a router works inside? Know about multicast routing algorithms?. Contents. Motivation

565 views • 42 slides

Network Plus Troubleshooting and VOIP

582 views • 37 slides

Overview of Web-Crawlers

492 views • 28 slides

Network Programming and Java Sockets

Network Programming and Java Sockets. Rajkumar Buyya Grid Computing and Distributed Systems (GRIDS) Laboratory Dept. of Computer Science and Software Engineering University of Melbourne, Australia http://www.cs.mu.oz.au/~raj or http://www.buyya.com. Agenda. Introduction

466 views • 27 slides

BY: ATUL GARG (2004EE10319) ADITYA KAWATRA (2004EE10313)

310 views • 21 slides

CS162 Section 8

308 views • 19 slides

Upper OSI Layers

Upper OSI Layers. Lecture 10, May 7, 2003 Mr. Greg Vogl Data Communications and Networks Uganda Martyrs University. OSI Layers and Protocols. Functions of Transport Layer. End-to-end reliability (time to live counter) Packet sequencing (numbering, resend)

329 views • 19 slides

TCP/IP Application Model

TCP/IP Application Model. Application. TCP. UDP. IP. Network Protocols. Protocol Stack. UDP Connectionless Transport Protocol. UDP extends the host-host delivery service of the underlying network into a process-process communication service.

469 views • 18 slides

TCP/IP MODEL

TCP/IP MODEL. Introduction to TCP/IP Model. The current Internet is based on a TCP/IP reference model. TCP and IP are two protocols of this model. TCP stands for Transmission Control Protocol and IP stands for Internet Protocol.

280 views • 12 slides

TCP/IP

TCP/IP. TCP/IP LAYERED PROTOCOL TCP/IP'S APPLICATION LAYER TRANSPORT LAYER NETWORK LAYER NETWORK ACCESS LAYER (DATA LINK LAYER) . The TCP/IP protocol suite predates the OSI Reference Model by about a decade.

417 views • 12 slides

Session Layer

Session Layer. OSI Model. Session layer. Receiver. Sender. The session layer is responsible for dialog control and synchronization. LAYER 5: SESSION. The session layer defines how to start, control and end conversations (called sessions) between applications.

568 views • 11 slides

Chapter 24 Transport Control Protocol (TCP)

Chapter 24 Transport Control Protocol (TCP). Layer 4 protocol Responsible for reliable end-to-end transmission Provides illusion of reliable network to application programmers no need to worry that data will be lost, duplicated or delivered out of order

346 views • 11 slides

Lecture 5: TCP/IP

162 views • 6 slides