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Robotics + ISM: Autonomous Vehicle Liability

Config-driven data science pipeline for high-fidelity industrial domains.

Robotics + ISM: Autonomous Vehicle Liability Public dataset

At a glance

Task: classification  |  Headline: accuracy = 0.9976

accuracy
0.9976
balanced_accuracy
0.9933
precision_weighted
0.9979
recall_weighted
0.9976
f1_weighted
0.9977
precision_macro
0.975
recall_macro
0.9933
f1_macro
0.9833

Summary

Project

Config-driven data science pipeline for high-fidelity industrial domains.

What was investigated

The engagement modelled the target 'liability_class' as a classification problem in the Robotics + ISM: Autonomous Vehicle Liability domain, using 2000 records across 23 columns (data source: Synthetic sandbox). The pipeline audited data quality, engineered features, split the data honestly into train/test, and compared several models by cross-validation.

Outcome

The selected model was XGBoost, with f1_macro = 0.9833 on the held-out test set. Supporting metrics: accuracy=0.998, balanced_accuracy=0.993, precision_weighted=0.998, recall_weighted=0.998, f1_weighted=0.998, precision_macro=0.975, recall_macro=0.993, cohen_kappa=0.990, matthews_. Full results, the deployment gates and the audit trail are in the run's report.

Figures

02_distributions.png
02 distributions
03_correlation.png
03 correlation
04_vif.png
04 vif
05_target.png
05 target
10_confusion.png
10 confusion
12_leaderboard.png
12 leaderboard
13_feature_importance.png
13 feature importance
21_av_risk_timeline.png
21 av risk timeline

Artifacts

Data source: Synthetic sandbox

Download report (.docx)

Audit SHA-256: ea61f0c3deb87b0f1760d375473b24ed23c555f2d332207d38b2940c080ed53f