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I want to implement a new queuing discipline for the tool tc. The new queuing discipline would support the application of multiple threads on the same queue with different kinds of traffic. Each kind of packet will have its own drop probability but while calculating the average queue length, the no. of packets in the queue will be equal to the sum of the individual no. of packets(of the different

Hi, In the GRED queueing discipline of linux traffic control, we can define around 16 Virtual Queues with different RED parameters for each one of these. As far as I think, while applying RED on each of the virtual queues, with the grio option set, quave(the average queue length) of a virtual queue with priority= n is given by the sum of the virtual queues with priority greater than n ... I have

Hi, I have made some changes to the file sch_gred.c to modify the GRED queueing discipline to support the following features: 1) The first virtual queue should get absolute priority while dequeueing (not caring if the others get starved) 2) While in equalise mode and with RIO mode enabled, the packets in the first virtual queue should not be counted for calculating the qave. I want to confirm if