Welcome back to the Lab Programme! In this lab‚ we’ll investigate the behavior of TCP in detail. We’ll do so by analyzing a trace of the TCP segments sent and received in transferring a 150KB file (containing the text of Lewis Carrol’ s Alice’s Adventures in Wonderland) from your computer to a remote server. We’ll study TCP’s use of sequence and acknowledgement numbers for providing reliable data transfer; we’ll see TCP’s congestion control algorithm – slow start and congestion avoidance – in
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TCP Congestion Control Taoufik#1‚ Kamrul#2‚ Rifat#3 #EECS Department North South University 1taoufikul_islam@yahoo.com 2khshouharda@yahoo.com 3adnan_fazal18@yahoo.com Abstract Considerable interest has arisen in congestion control through traffic engineering. The goal of congestion control is to avoid congestion in network elements. A network element is congested if it is being offered more traffic than it can process. To detect such situations and to neutralize them we should monitor traffic
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a computer on the Internet is commonly referred to as the IP Address (Internet Protocol). It ’s a 32 bit (4 bytes) number normally written as follows: xxx.xxx.xxx.xxx Since a byte can represent any number from zero to 255‚ the least and the maximum IP address possible are: 0.0.0.0 to 255.255.255.255 Understanding IP Addresses Understanding IP Addressing is necessary‚ since all applications on the Internet generate logs‚ wherein IP Addresses of all interacting computers are recorded. The logs
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Configuring IP The Internet Protocol (IP) is the only routed protocol that is turned on by default on a Cisco router running IOS. The acronym IP is actually an abbreviated way of writing TCP/IP (Transmission Control Protocol/Internet Protocol)‚ which is the suite of protocols and applications used on the Internet and many private internetworks. We are going to begin the coverage of IP configuration with a brief overview of IP and how IOS processes its traffic. Then we will delve into the configuration
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Transmission Control Protocol (TCP). Looking at UDP this protocol is unreliable and does not create a connection to the summoning application. TCP however does provide a reliable connection. This protocol also has an added bonus where any errors that are found during transmission will be retransmitted‚ which means that this protocol endeavours to make error checks (Kurose J‚ Ross K‚ 2013). Most of the traffic that is carried over the internet however utilises the TCP (Ostrowsky et al‚ 2012). RealNetworks
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Cavite State University Indang‚ Cavite CHAPTER 1 Understanding Learning and Acquisition of Knowledge Reported by: Aquino‚ Jester Ruth Eliseo‚ Ma. Teresa Rogelio‚ Rossette Anne Valencia‚ Leo Eliza Submitted to: Dr. Alicia M. Rodrin Professor EDUC 38 CHAPTER 1 Understanding Learning and Acquisition of Knowledge Introduction Educators have realized that for
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Administrator Guide for Avaya Communication Manager 03-300509 Issue 4.0 Release 5.0 January 2008 © 2008 Avaya Inc. All Rights Reserved. Notice While reasonable efforts were made to ensure that the information in this document was complete and accurate at the time of printing‚ Avaya Inc. can assume no liability for any errors. Changes and corrections to the information in this document may be incorporated in future releases. For full legal page information‚ please see the complete document
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Performance Analysis of TCP Variants Sanjay Rajashekhar (91sanjay@ccs.neu.edu) Tiantong Deng (dtt@ccs.neu.edu) Ganesh Aithal Parampalli Narayana (ganeshpn@ccs.neu.edu) Abstract— TCP is the main and most widely used transport protocol for reliable communication. Because of its widespread need‚ researchers have been studying and proposing new TCP variants trying to improve its behavior towards queuing and congestion to make it use the most available bandwidth while preserving a logical level
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ATM versus IP for Voice over IP RAKESH KUMAR KAJJAM 11003940 K003940B@staffs.ac.uk ABSTRACT In this paper we mainly discuss about the technologies called asynchronous transfer mode(ATM) and internet protocol(IP).These are the two technologies that are having their own importance in today’s communication world of transmitting the voice and video signals over a network between a source and destination.We are about to see the main differences between these technologies and compare them theoretically
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An IP address serves two principal functions: host or network interface identification & location addressing. Its role has been characterized as follows: A name indicates what we seek‚ An address indicates where it is‚ A route indicates how to get there. It encodes a network number (network prefix) and a host number. IP address are either dynamic or static. Our mobile network or broadband has dynamic address. Server has static address. Example: ellington.cs.virginia.edu
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