PPT-TCP Throughput

Testing Methodology IETF 76 Hiroshima Barry Constantine barryconstantinejdsucom OSI Model Division of Responsibility IT department responsibility Network Providers responsibility Shared. In Defense of Wireless . Carrier Sense. Introduction. Carrier Sense uses the feedback from a receiver to decide if the sender should transmit. For large networks considering to reuse the network, carrier sense fails due to . Network Fundamentals. Lecture 11: Transport. (UDP, but mostly TCP). Revised 7/27/2013. Transport Layer. 2. Function:. Demultiplexing. of data streams. Optional functions:. Creating long lived connections. TCP Algorithms:. Four intertwined algorithms used commonly in TCP implementations. Slow Start. - Every . ack. increases the sender’s window (. cwnd. ). size by 1. Congestion Avoidance . - Reducing sender’s window size by half at experience of loss, and increase the sender’s window at the rate of about . microlens. array. Antony Orth and Kenneth . Crozier. 8 . May. CLEO . 2012. Microscopy with lens arrays. What is high . thoughput. microscopy?. Experimental setup – . confocal. system. Lens array characteristics, resolution. Presentation By: Daniel Mitchell, Brian Shaw, Steven . Shidlovsky. . Paper By: Martin . Heusse. , Franck Rousseau, Gilles Berger-. Sabbatel. , . Andrzej. . Duda. . 1. CS4516 C10. February 11, 2010 . Why did it rain this morning?. Why are you at this lecture?. Why did TCP give me throughput √2/(. rtt. . √p)?. Why did TCP give me throughput √2. /(. rtt. . √p)?. τελος. teleology. The doctrine or study of ends or final causes, especially as related to the evidences of design or purpose in nature; also . November 11, 2011. 1. Ardavan Asef-Vaziri. Throughput, . Utilization, . Bottleneck, Effective Capacity, Theoretical Capacity, and Capacity Leverages.. Flow Rate, Throughput, . Takt. Time and Capacity. Minlan Yu. University of Southern California. 1. Joint work with . Wenjie. Jiang, . Haoyuan. Li, and Ion . Stoica. Throughput-Oriented Traffic. 2. Throughput-oriented traffic is growing in Internet. Alex Shpiner. Joint work with . Isaac Keslassy. Faculty of Electrical Engineering. ,. Technion. , Haifa, Israel. 2. The Problem. Temporary . starvation. . of . long. TCP flows. . in . datacenter. networks. 2b. Effective Capacity . &. Throughput Leverages. Based on the book: Managing Business Process Flows.. The . theoretical unit loads for an aggregate policy . (combination . of all policies) . in a . TCP SMOOTHNESS AND WINDOW ADJUSTMENT STRATEGY. Authors:. Chi Zhang and . Vassilis. . Tsaoussidis. Presented By:. Mayank. . Srivastava. . Jinwook. . Choi. . OUTLINE. Key terms used in the paper. Minlan Yu. University of Southern California. 1. Joint work with . Wenjie. Jiang, . Haoyuan. Li, and Ion . Stoica. Throughput-Oriented Traffic. 2. Throughput-oriented traffic is growing in Internet. TCP Vegas Lawrence s. Brakmo Sean W. O’Malley Larry l. Peterson Presented TCP Vegas in 1994 Presented by Chung Tran TCP Vegas VS TCP Reno When TCP Vegas was research and presented in 1994 it stated that it have a better throughput than TCP Reno by 40 to 70 percent A CERN . openlab. / Intel collaboration. Niko Neufeld, CERN/PH-Department. niko.neufeld@cern.ch. HTCC in a nutshell. Apply upcoming Intel technologies in an Online / Trigger & DAQ context. Application domains: L1-trigger, data acquisition and event-building, accelerator-assisted processing for high-level trigger.