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{ "instances": 18, "algorithm_count": 5, "leaderboard": [ { "algorithm": "constrained_bo", "label": "Constrained BO", "wins": 16, "win_rate": 0.889, "avg_objective": 0.8369, "avg_runtime_sec": 6.56, "avg_experiments": 35, "avg_hypervolume": 0.9017, "avg_ga...
{ "best_algorithm": "constrained_bo", "avg_experiments_to_target": 35, "instances_evaluated": 18 }

ScaleLab Benchmark Results

Reproducible benchmark results comparing optimization algorithms across industrial process instances.

Benchmark Schema

Each result record contains:

Field Description
instance_id Instance identifier
algorithm Optimization algorithm used
solver Surrogate/solver backend
configuration Algorithm configuration
seed Random seed
runtime_sec Total runtime
time_to_first_solution Time to reach target quality
n_experiments Total experiments conducted
best_objective Best observed objective value
optimality_gap Gap to estimated optimum (%)
constraint_violation Total constraint violation
hypervolume Multi-objective hypervolume
surrogate_calibration Surrogate R² calibration score
robustness_score Scale-up robustness score
scaleup_performance Plant performance retention
control_tracking_error MPC tracking RMSE
energy_consumption Energy at optimum (kWh)
status optimal / feasible / infeasible

Algorithms Compared

  • Grid Search (Level 1)
  • Random Search (Level 1)
  • Latin Hypercube + GP-BO (Level 3)
  • Constrained BO (Level 3)
  • Full Pipeline (Level 5)

Usage

import json
from huggingface_hub import hf_hub_download

path = hf_hub_download(
    repo_id="alirezaaminzadeh/scalelab-benchmark-results",
    filename="eval_results.json",
    repo_type="dataset",
)
with open(path) as f:
    results = json.load(f)
print(results["leaderboard"])

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