Based on the above observations, Star Student Project argues that the performance of current DC networks can be significantly improved if traffic flows can be adequately managed to avoid congestion on bottleneck links. This can be achieved by employing more elegant TE to offload traffic from congested links onto spare ones and alleviate the Star Student Project need for topological upgrades. The consequence of such inefficiency is that, while most of the links in measured DC networks have relatively low utilization, a small but significant fraction of links appear to be persistently congested.
Project Support for : Ph.D/M.E/M.Tech/B.E/B.Tech/MCA/Msc/BCA/Diplomo
Department : Computer Science/ Information Technology/ Electronics
Star Student Project
Based on the above observations, Star Student Project argues that the performance of current DC networks can be significantly improved if traffic flows can be adequately managed to avoid congestion on bottleneck links. This can be achieved by employing more elegant TE to offload traffic from congested links onto spare ones and alleviate the Star Student Project need for topological upgrades. The consequence of such inefficiency is that, while most of the links in measured DC networks have relatively low utilization, a small but significant fraction of links appear to be persistently congested.