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Lecture 2: Transport and Hardware

Lecture 2: Transport and Hardware. Challenge: No centralized state Lossy communication at a distance Sender and receiver have different views of reality No centralized arbiter of resource usage Layering: benefits and problems. Outline.

956 views • 81 slides

Lecture 2: Transport and Hardware

Lecture 2: Transport and Hardware. Challenge: No centralized state Lossy communication at a distance Sender and receiver have different views of reality No centralized arbiter of resource usage Layering: benefits and problems. Outline.

818 views • 81 slides

Transporting Voice by Using IP

Transporting Voice by Using IP. Internet Overview. A collection of networks The private networks LANs, WANs Institutions, corporations, business and government May use various communication protocols The public networks ISP: Internet Service Providers Using Internet Protocol

829 views • 70 slides

Transporting Voice by Using IP

Transporting Voice by Using IP. Internet Overview. A collection of networks The private networks LANs, WANs Institutions, corporations, business and government May use various communication protocols The public networks ISP: Internet Service Providers Using Internet Protocol

715 views • 70 slides

Flow Control and Error Control

Flow Control and Error Control. Shashank Srivastava Motilal Nehru national Institute Of Technology , Allahabad. FLOW AND ERROR CONTROL.

1.26k views • 65 slides

Raynet Data Working FLDigi

479 views • 29 slides

Autotuning in Web100

Autotuning in Web100. John W. Heffner August 1, 2002 Boulder, CO. A Senior Thesis. Wrote senior honors thesis on autotuning. Since integrated the code into the Web100 kernel. Currently in CVS, not released. This talk is mainly based on that work.

349 views • 21 slides

Autotuning in Web100

Autotuning in Web100. John W. Heffner August 1, 2002 Boulder, CO. A Senior Thesis. Wrote senior honors thesis on autotuning. Since integrated the code into the Web100 kernel. Currently in CVS, not released. This talk is mainly based on that work.

288 views • 21 slides

Weighted Proportional Fairness and Differential End-to-End Services

Weighted Proportional Fairness and Differential End-to-End Services. Fairness. in general: every flow should get a fair share of the bottlenecks types of fairness: max-min fairness proportional fairness weighed fairness: a flow of weight 2 is treated like two flows of weight 1.

187 views • 17 slides

Weighted Proportional Fairness and Differential End-to-End Services

Weighted Proportional Fairness and Differential End-to-End Services. Fairness. in general: every flow should get a fair share of the bottlenecks types of fairness: max-min fairness proportional fairness weighed fairness: a flow of weight 2 is treated like two flows of weight 1.

192 views • 17 slides

How to Identify the Speed Limiting Factor of a TCP Flow E2EMON 2006 Vancouver Mark Timmer

How to Identify the Speed Limiting Factor of a TCP Flow E2EMON 2006 Vancouver Mark Timmer. April 3, 2006. Co-authors: Pieter-Tjerk de Boer and Aiko Pras. E2EMON, April 3, 2006. How to Identify the Speed Limiting Factor of a TCP Flow. Contents. Motivation Related work Possible factors

277 views • 16 slides

Power save for wireless mesh

Power save for wireless mesh. Mathilde Benveniste benveniste@ieee.org. Introduction. A wireless mesh may consist of a mix of power-saving and non-power-saving MPs It is assumed that all mesh points support power saving for peer MPs The goal of a PS protocol is to

279 views • 11 slides