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Hahne, E., Gallager, R., "Round Robin Scheduling for Fair Flow Control in Data Communications Networks"
It was his PhD thesis at MIT and was published in the Proceedings of the IEEE International Conference on Communications, pp. 103-107, June 1986
You'll need some that access to the IEEE online library for the electronic version. For the hard copy you could try the library of any university that has a CS/EE program.
You can try **broken link removed** for other papers that are similar.
Hahne, E., Gallager, R., "Round Robin Scheduling for Fair Flow Control in Data Communications Networks"
It was his PhD thesis at MIT and was published in the Proceedings of the IEEE International Conference on Communications, pp. 103-107, June 1986
You'll need some that access to the IEEE online library for the electronic version. For the hard copy you could try the library of any university that has a CS/EE program.
You can try **broken link removed** for other papers that are similar.
Unfortunately, I don't have access to the electronic IEEE repository at this time, and haven't been to a university in a while either, so I don't think I can help you in the near term. If there's no hurry, I could probably stop by a nearby university in the next couple of weeks and make a copy that I could scan and post.
What is so special about this paper? There are tons of papers on round robin schedulers. There are newer variations on the round robin scheme such as deficit round robin (DRR) that are actually more fair when you're dealing with queues that have a large difference in the average packet size.
I'm glad to see your response!
yes! i know,the DRR is better than WRR.but ,it is not the best.because each algorithm is improved.eg:MWRR/MDRR/HRR,etc.now,i only need the base WRR algorithm.
B&R!
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