Differential distribution transmission control method and system of cloud computing data center network and terminal
A data center network and transmission control technology, applied in the field of cloud computing, can solve problems such as not taking into account the impact of distributed grid architecture parameters on network data transmission efficiency, and unable to accurately and reliably solve congestion problems
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Embodiment 1
[0056] Embodiment 1: The differential flow transmission control method of the cloud computing data center network, such as figure 1 Shown, including switching output shunt control and switching input shunt control.
[0057] Switching output distribution control: generate a switching output distribution strategy according to the receiving priority fed back by the second server in the lower layer covered by the switch in real time; the switch responds to the output distribution strategy to perform distribution and output control on the data packets to be transmitted.
[0058] Switching input distribution control: Generate a switching input distribution control strategy according to the distribution of the first server at the upper layer of the switch and the distribution of the switches at the same level; the first server performs distribution input control on the data packets to be transmitted in response to the input distribution control strategy.
[0059] The specific process...
Embodiment 2
[0081] Embodiment 2: the differential flow transmission control system of the cloud computing data center network, such as figure 2 As shown, it includes multiple second servers, switches, and multiple first servers. The second server is used to feed back the receiving priority calculated in real time to the corresponding switch; the switch is used to generate a switching output distribution strategy according to the receiving priority fed back by the covered second server in real time, and respond to the output distribution strategy to be transmitted Data packets are split and output controlled; the first server is used to generate a switch input split control strategy according to the distribution of the first server on the upper layer of the switch and the distribution of the switch at the same level, and split the data packets to be transmitted in response to the input split control strategy Input control.
[0082] The second server is configured with a data collection u...
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