Difference between revisions of "GSOC2014Bufferbloat"
From Nsnam
| Line 8: | Line 8: | ||
* Mentors: Tom Henderson and Dave Täht | * Mentors: Tom Henderson and Dave Täht | ||
* Abstract: The goal of the project is to study and visualize the bufferbloat problem by developing models and examples in ns-3 and analyze the performance of different queue types that are developed as solutions to bufferbloat, including CoDel, FQ_CoDel, and SFQRED | * Abstract: The goal of the project is to study and visualize the bufferbloat problem by developing models and examples in ns-3 and analyze the performance of different queue types that are developed as solutions to bufferbloat, including CoDel, FQ_CoDel, and SFQRED | ||
| − | * | + | * Code: |
| − | * About me: I am currently a PhD student in Computer Science at The University of Kansas. | + | * About me: I am currently a PhD student in Computer Science at The University of Kansas. My focus area is networking with the emphasis on studying and understanding the different reliable transport layer mechanisms and protocols, including the various connection management, error control, and congestion control approaches. More information is available on my [http://www.ittc.ku.edu/~annguyen/index.html website] |
| − | + | ||
| − | + | ||
| − | My focus area | + | |
Revision as of 20:49, 24 April 2014
Main Page - Current Development - Developer FAQ - Tools - Related Projects - Project Ideas - Summer Projects
Installation - Troubleshooting - User FAQ - HOWTOs - Samples - Models - Education - Contributed Code - Papers
Return to GSoC 2014 Accepted Projects page.
Understanding bufferbloat through simulations in ns-3
- Student: Truc Anh Nguyen
- Mentors: Tom Henderson and Dave Täht
- Abstract: The goal of the project is to study and visualize the bufferbloat problem by developing models and examples in ns-3 and analyze the performance of different queue types that are developed as solutions to bufferbloat, including CoDel, FQ_CoDel, and SFQRED
- Code:
- About me: I am currently a PhD student in Computer Science at The University of Kansas. My focus area is networking with the emphasis on studying and understanding the different reliable transport layer mechanisms and protocols, including the various connection management, error control, and congestion control approaches. More information is available on my website
