Ubuntu 18.04. A large VM is preferred, e.g., reproducing Figure 9 CC takes about 20 minutes on a VM with 96 vCPUs or 1 hour on a VM with 32 vCPUs. We assume a VM with 32 vCPUs, 64G memory and 32G SSD storage is used for the instructions below.
The repository is only tested under python3.6.9.
git clone https://github.com/GenetProject/Genet.git Please download models.tar.gz to Genet/.
cd Genet
wget https://www.dropbox.com/s/39x6im0di4c8dos/models.tar.gz?dl=0
tar -xf models.tar.gzcd Genet
bash install.shPython3 Virtual environment is highly recommended. venv only
cd Genet && cd .. # make sure the virtual env is at the same level of Genet/
python3 -m venv genet
echo "$(pwd)/Genet/src" > genet/lib/python3.6/site-packages/genet.pth
source genet/bin/activate- Now the virtual environment is activated.
Time usage: 2~3min on a VM with 32 vCPUs
cd Genet
# activate virtual env
bash install_python_dependency.shWe choose Figure 9 to reproduce because it is the first evaluation figure which shows how Genet training improves models' performance on unseen environments. Example figures are here.
Time usage: 1~2 min on a VM with 32 vCPUs.
Please find fig_reproduce/fig9/fig9_abr.png
cd Genet/fig_reproduce/fig9
bash run.shPlease find fig_reproduce/fig9/fig9_cc.png. The result difference may be
caused by randomness.
To get a fast and slightly different but with the correct trend, the following command run models with 1 seed on 50 synthetic traces,
Time usage: 2 min on a VM with 32 vCPUs.
cd Genet # cd into the project root
python src/simulator/evaluate_synthetic_traces.py \
--save-dir results/cc/evaluate_synthetic_dataset \
--dataset-dir data/cc/synthetic_dataset \
--fast
python src/plot_scripts/plot_syn_dataset.pyTo get a complete results, the following commands run models with 5 different seeds on ~500 synthetic traces
Time usage: 60 min on a VM with 32 vCPUs.
cd Genet # cd into the project root
python src/simulator/evaluate_synthetic_traces.py \
--save-dir results/cc/evaluate_synthetic_dataset \
--dataset-dir data/cc/synthetic_dataset
python src/plot_scripts/plot_syn_dataset.pyTime usage: ~10 min on a VM with 32 vCPUs.
Please find fig_reproduce/fig9/fig9_lb.png
cd Genet/genet-lb-fig-upload
# example output: [-4.80, 0.07]
python rl_test.py --saved_model="results/testing_model/udr_1/model_ep_49600.ckpt"
# example output: [-3.87, 0.08]
python rl_test.py --saved_model="results/testing_model/udr_2/model_ep_44000.ckpt"
# example output: [-3.57, 0.07]
python rl_test.py --saved_model="results/testing_model/udr_3/model_ep_25600.ckpt"
# example output: [-3.02, 0.04]
python rl_test.py --saved_model="results/testing_model/adr/model_ep_20200.ckpt"
python analysis/fig9_lb.pyWe choose Figure 13 to reproduce because it is the first evaluation figure which shows how Genet training improves models' generalizability. Example figures are at here.
Time usage: ~5min on a VM with 32 vCPUs.
Please find fig_reproduce/fig13/fig13_abr_fcc.png and
fig_reproduce/fig13/fig13_abr_norway.png.
cd Genet/fig_reproduce/fig13
bash run.shTime usage: ~5min on a VM with 32 vCPUs.
Please find fig_reproduce/fig13/fig13_cc_ethernet.png and
fig_reproduce/fig13/fig13_cc_cellular.png.
cd Genet # cd into the project root
python src/plot_scripts/plot_bars_ethernet.py
python src/plot_scripts/plot_bars_cellular.pyPlease follow the README under src/emulator/abr/
Please run the following commands in to install pantheon.
deactivate # only deactivate when "genet" python3 virtual environment is activated
cd Genet && cd .. # under the same parenet folder of Genet/
git clone https://github.com/zxxia/pantheon
cd pantheon
git fetch && git checkout artifact # swtich to the correct branch
./tools/fetch_submodules.sh # fetch cc algorithms as submodules
./tools/install_deps.sh # install apt dependenciesInstall python dependencies.
cd pantheon && cd ..
virtualenv -p python2 pantheon_venv # create py2 venv for pantheon
echo "$(pwd)/pantheon" > pantheon_venv/lib/python2.7/site-packages/pantheon.pth
source pantheon_venv/bin/activate # activate py2 venv
cd pantheon
./tools/install_py2_deps.sh # install apt dependencies
src/experiments/setup.py --install-deps --schemes "cubic bbr copa vivace aurora vivace_loss vivace_latency"
src/experiments/setup.py --setup --schemes "cubic bbr copa vivace aurora vivace_loss vivace_latency"Download data.tar.gzto pantheon/.
cd pantheon
wget https://www.dropbox.com/s/q5v8s9v8himb5gf/data.tar.gz?dl=0
tar -xf data.tar.gz
```.
Run the following commands in to emulate.
Expected time usage: 19hr
```bash
cd pantheon
# run emulation over ethernet traces
bash drivers/post_nsdi/run_real_traces_ethernet_rule_based.sh
bash drivers/post_nsdi/run_real_traces_ethernet_genet.sh
bash drivers/post_nsdi/run_real_traces_ethernet_rl.sh
bash drivers/post_nsdi/run_real_traces_ethernet_cl.shFigure 18 is optional because the ramp-up or convergence speed on a learning curve is not one of our primary claims, i.e., Genet leads to better asymptotic performance and generalization. Example figures are here. Training from scratch is optional.
Running pretrained model.
Expected time usage: 5hr on a VM with 32 vCPUs by sequentially running the
following scrits. Please find Genet/fig_reproduce/fig18_cc_example.png.
source genet/bin/activate
cd Genet
bash src/drivers/cc/run_for_learning_curve.sh
python src/plot_scripts/plot_learning_curve.pyTraining model from scratch is optinal Expected time usage: 21hr on a VM with 32 vCPUs by sequentially running the following scripts.
bash src/drivers/cc/train_udr3.sh
bash src/drivers/cc/train_genet.sh
bash src/drivers/cc/train_cl1.sh
bash src/drivers/cc/train_cl2.sh
bash src/drivers/cc/train_cl3.sh-
CUDA driver error
If the following cuda driver error message shows up, please ignore for now. The final results are not affected by the error message.
E tensorflow/stream_executor/cuda/cuda_driver.cc:318] failed call to cuInit: UNKNOWN ERROR (genet) ubuntu@reproduce-genet:~/Genet/genet-lb-fig-upload$ python rl_test.py --saved_model="results/testing_model/udr_1/model_ep_49600.ckpt" 2022-06-23 20:46:00.130224: E tensorflow/stream_executor/cuda/cuda_driver.cc:318] failed call to cuInit: UNKNOWN ERROR