Artifact Evaluation for the paper DCRA: A Distributed Chiplet-based Reconfigurable Architecture for Irregular Applications

Generate Figures

Figure 4 - NoC

python3 plots/characterization.py -p 19 -m 0
python3 plots/characterization.py -p 19 -m 7
python3 plots/characterization.py -p 19 -m 10

Figure 5 - SRAM

python3 plots/characterization.py -p 9 -m 0
python3 plots/characterization.py -p 9 -m 7
python3 plots/characterization.py -p 9 -m 10
python3 plots/characterization.py -p 9 -m 9 #hitrate

Figure 6 - Granularity, PU/Tile

python3 plots/characterization.py -p 23 -m 0
python3 plots/characterization.py -p 23 -m 7

Figure 7 - PU Frequency

python3 plots/characterization.py -p 20 -m 0
python3 plots/characterization.py -p 20 -m 7

Figure 8 - Integrating HBM

python3 plots/characterization.py -p 2
python3 plots/characterization.py -p 3

Figure 9 - Energy Breakdown

python3 plots/characterization.py -p 1 -m 0
python3 plots/characterization.py -p 1 -m 1

Figure 10 - Scaling Plot

python3 plots/characterization.py -p 4 -m 0
python3 plots/characterization.py -p 4 -m 1

Runs

Figure 4 - NoC

exp_dcra/run_exp_noc_bw.sh 9 0 4

Figure 5 - SRAM

exp_dcra/run_exp_mem.sh 9 0 6 Kron25
exp_dcra/run_exp_mem.sh 9 0 6 Kron22

Figure 6 - Granularity, PU/Tile

exp_dcra/run_exp_granularity.sh 9 0 2 64

Figure 7 - PU Frequency

exp_dcra/run_exp_pufreq.sh 9 0 4 64

Figure 10 - Scaling Plot. (Dependency from Fig5)

exp_dcra/run_exp_scaling_dcra.sh 9 1 3 Kron25

Figures 8 and 9. (Dependency from Fig5 and Fig10)

exp_dcra/run_exp_packages.sh 9 3 3 Kron25
exp_dcra/run_exp_packages.sh 9 1 3 Kron26