Difference between revisions of "GSOC2020Prague"
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* '''Student:''' [mailto:deepakkavoor99@gmail.com Deepak K] | * '''Student:''' [mailto:deepakkavoor99@gmail.com Deepak K] | ||
* '''Mentors:''' [mailto:adadeepak8@gmail.com Ankit Deepak], [mailto:tahiliani.nitk@gmail.com Mohit Tahiliani], [mailto:jain.vivek.anand@gmail.com Vivek Jain], [mailto:viyommittal@gmail.com Viyom Mittal] | * '''Mentors:''' [mailto:adadeepak8@gmail.com Ankit Deepak], [mailto:tahiliani.nitk@gmail.com Mohit Tahiliani], [mailto:jain.vivek.anand@gmail.com Vivek Jain], [mailto:viyommittal@gmail.com Viyom Mittal] | ||
| − | * '''Project Goals:''' Scalable congestion controls such as DCTCP improve performance over Reno and Cubic, which perform badly in high-speed networks (because of their slow response with large congestion windows). Several additional modifications over DCTCP have been drafted into the protocol called TCP Prague, that aims to integrate scalable congestion control into the Internet while still allowing it to coexist with current Classic protocols. This project would complete the integration and testing of fallback detection, RTT independence and pacing into the TCP Prague model of ns-3. The project would also validate the aforementioned implemenation against Linux and document the changes made. | + | * '''Project Goals:''' Scalable congestion controls such as DCTCP improve performance over Reno and Cubic, which perform badly in high-speed networks (because of their slow response with large congestion windows). Several additional modifications over DCTCP have been drafted into the protocol called TCP Prague, that aims to integrate scalable congestion control into the Internet while still allowing it to coexist with current Classic protocols. This project would complete the integration and testing of fallback detection, RTT independence and pacing into the TCP Prague model of ns-3. The project would also validate the aforementioned implemenation against Linux and document the changes made. My proposal can be found [https://docs.google.com/document/d/17WmcPW74gGmAB_mg1y4B_ZRptNgEPkPWAzpEyK86RA4/edit?usp=sharing here]. |
* '''Repository:''' [https://gitlab.com/deepakkavoor/ns-3-dev https://gitlab.com/deepakkavoor/ns-3-dev] | * '''Repository:''' [https://gitlab.com/deepakkavoor/ns-3-dev https://gitlab.com/deepakkavoor/ns-3-dev] | ||
* '''About Me:''' I am a third-year undergraduate student pursuing Computer Science and Engineering at the National Institute of Technology Karnataka (NITK), India. My interests include computer networks, protocol design, cryptography and security. Previously, I have worked on implementing the Set-Associative Hashing feature for Fq-CoDel AQM in ns-3. | * '''About Me:''' I am a third-year undergraduate student pursuing Computer Science and Engineering at the National Institute of Technology Karnataka (NITK), India. My interests include computer networks, protocol design, cryptography and security. Previously, I have worked on implementing the Set-Associative Hashing feature for Fq-CoDel AQM in ns-3. | ||
Revision as of 10:42, 6 May 2020
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Project Overview
- Project Name: TCP Prague model for ns-3
- Student: Deepak K
- Mentors: Ankit Deepak, Mohit Tahiliani, Vivek Jain, Viyom Mittal
- Project Goals: Scalable congestion controls such as DCTCP improve performance over Reno and Cubic, which perform badly in high-speed networks (because of their slow response with large congestion windows). Several additional modifications over DCTCP have been drafted into the protocol called TCP Prague, that aims to integrate scalable congestion control into the Internet while still allowing it to coexist with current Classic protocols. This project would complete the integration and testing of fallback detection, RTT independence and pacing into the TCP Prague model of ns-3. The project would also validate the aforementioned implemenation against Linux and document the changes made. My proposal can be found here.
- Repository: https://gitlab.com/deepakkavoor/ns-3-dev
- About Me: I am a third-year undergraduate student pursuing Computer Science and Engineering at the National Institute of Technology Karnataka (NITK), India. My interests include computer networks, protocol design, cryptography and security. Previously, I have worked on implementing the Set-Associative Hashing feature for Fq-CoDel AQM in ns-3.
