This is an NS-3 simulator for HPCC: High Precision Congestion Control (SIGCOMM'19). It also includes the implementation of DCQCN, TIMELY, DCTCP, PFC, ECN and Broadcom shared buffer switch. The full paper can be found at: https://rmiao.github.io/publications/hpcc-li.pdf
It is based on NS-3 version 3.17.
If you have any questions, please contact Rui Miao (miao.rui@alibaba-inc.com).
./waf configure
Please note if gcc version > 5, compilation will fail due to some ns3 code style. If this what you encounter, please use:
CC='gcc-5' CXX='g++-5' ./waf configure
Please see mix/config.txt for example.
mix/config_doc.txt is a explanation of the example (texts in {..} are explanations).
The direct command to run is:
./waf --run 'scratch/third mix/config.txt'
We provide a run.py for automatically generating config and running experiment. Please python run.py -h for usage.
Example usage:
python run.py --cc hp --trace flow --bw 100 --topo topology --hpai 50
The major ones are listed here. There could be some files not listed here that are not important or not related to core logic.
point-to-point/model/qbb-net-device.cc/h: the net-device RDMA
point-to-point/model/pause-header.cc/h: the header of PFC packet
point-to-point/model/cn-header.cc/h: the header of CNP
point-to-point/model/qbb-header.cc/h: the header of ACK
point-to-point/model/qbb-channel.cc/h: the channel of qbb-net-device
point-to-point/model/qbb-remote-channel.cc/h
point-to-point/model/rdma-driver.cc/h: layer of assigning qp and manage multiple NICs
point-to-point/model/rdma-queue-pair.cc/h: queue pair
point-to-point/model/rdma-hw.cc/h: the core logic of congestion control
point-to-point/model/switch-node.cc/h: the node class for switch
point-to-point/model/switch-mmu.cc/h: the mmu module of switch
network/utils/broadcom-egress-queue.cc/h: the multi-queue implementation of a switch port
network/utils/custom-header.cc/h: a customized header class for speeding up header parsing
network/utils/int-header.cc/h: the header of INT
applications/model/rdma-client.cc/h: the application of generating RDMA traffic