This solution requires the solver Gurobi to be installed and have an active license that students can apply for free

Details are listed inside this project

First, clone this project and the submodule of it from repo using SSH:

git clone git@github.com:MUN-DML/QuickP.git

Then, step into the ICC2025 folder:

cd ICC2025

Configure the environment variable for Gurobi license

os.environ['GRB_LICENSE_FILE'] = 'your_path/gurobi.lic'

Then, enter QuickP.py and adjust input parameters:

• number_of_device (integer): number of GPUs,
• model (string): DNN model name: ALEXNET, VGG, FNET, BERT,
• beta (integer): WCC expanding threshold,
• alpha (integer): merging threshold for operator fusion. Find the line "alpha = get_proper_alpha(comp_graph, deviceTopo, if_visualize=False)" and replace the function with your self-defined value,

Finally, make sure your current working directory is ICC2025 and run QuickP.py

python QuickP.py