D2T: Dynamic Dual Threshold Policy of Shared-Memory in Data Center Switches. Abstract: Nowadays the data center switches employ the on-chip shared buffer to absorb bursts and avoid packet loss during transient congestion.
We implement D2T at a P4- programmable switch and large-scale simulations. The results demonstrate that D2T reduces both average and tail flow completion times ...
In current data center networks, the switches use the on- chip buffer to absorb bursty traffic and avoid packet loss during transient congestion [1], [2].
Aug 25, 2024 · Data Center. Conference Paper. D2T: Dynamic Dual Threshold Policy of Shared-Memory in Data Center Switches. July 2024. DOI:10.1109/ICDCS60910 ...
Oct 22, 2024 · The main method is to control the queue lengths by thresholds, such as static threshold (ST), dynamic threshold (DT), 21 pushout (PO), 22 ...
Missing: D2T: | Show results with:D2T:
Oct 12, 2010 · With shared memory switches, packets are written into a centralized memory as they arrive from various input ports, and linked to the ...
Missing: D2T: Dual
D2T: Dynamic Dual Threshold Policy of Shared-Memory in Data Center Switches. J Huang, H Li, Z Li, Z Chen, J Liu, J Shao, W Zhang, Y Li, S Li, S Zhou ...
D2T: Dynamic Dual Threshold Policy of Shared-Memory in Data Center Switches pp. 427-437. Understanding the IO Performance Gap Between OS-Level and VM-Level ...
Dec 3, 2024 · D2T: Dynamic Dual Threshold Policy of Shared-Memory in Data Center Switches. ICDCS 2024: 427-437. [c9]. view. electronic edition via DOI ...
Similarly, the dynamic threshold algorithm is also adopted at egress ports to divide buffer size for different priority queues, and all exceeding packets are ...
Missing: D2T: | Show results with:D2T: