Technology Features

Model Explainability

Understand exactly which factors drive your waste predictions using SHAP (SHapley Additive exPlanations) values. The system identifies the top 5 waste-driving factors for each prediction.

  • SHAP-based feature importance
  • Top 5 waste-driving factors
  • Impact direction (increases/decreases waste)
  • Contribution values for transparency

Prediction Reliability

Get confidence indicators (High/Medium/Low) that reflect how representative your input data is relative to the training dataset.

  • Three reliability levels
  • Quantitative reliability score (0-100%)
  • Descriptive messages
  • Based on k-nearest neighbors analysis

Cost Impact Estimation

Calculate the financial implications of predicted steel waste, including waste cost and potential savings from waste reduction strategies.

  • Waste cost calculation (USD)
  • Potential cost savings
  • Configurable steel quantity
  • Customizable unit costs

CO₂ Impact Analysis

Estimate the environmental footprint of predicted waste, including CO₂ emissions and potential reductions from optimization.

  • CO₂ emissions calculation (kg)
  • Potential CO₂ reduction
  • Environmental impact metrics
  • Sustainability reporting

Real-Time Predictions

Get instant predictions and comprehensive analysis to make informed decisions during project planning and execution.

  • Instant predictions
  • Comprehensive analysis
  • Actionable insights
  • User-friendly interface

Advanced ML Models

Built using state-of-the-art machine learning algorithms with comprehensive model comparison and selection.

  • 10 different ML models tested
  • Gradient Boosting (Best Model)
  • 93% accuracy (R² Score)
  • 10-fold cross-validation

Technical Specifications

Model Performance
  • Test MAE: 0.73%
  • Test RMSE: 0.92%
  • Test R²: 0.93
  • Test MAPE: 10.88%
Training Data
  • Training Samples: 2,402
  • Test Samples: 602
  • Features: 16
  • CV Folds: 10
Technologies
  • Python 3.x
  • Flask Web Framework
  • Scikit-learn
  • XGBoost
  • SHAP