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Predictive monitoring of business processes

Original datasets:

Preprocessed datasets for predictive process monitoring:

For the preprocessing scripts, see https://github.com/irhete/predictive-monitoring-benchmark

Executing commands for different scripts can be found in the following Jupyter notebook: run_experiments.ipynb

Chapter 4: Benchmarking Existing Predictive Process Monitoring Techniques

  1. Hyperparameter optimization
    • experiments_optimize_params.py
  2. Training and evaluating final models
    • experiments.py
  3. Execution times of final models
    • experiments_performance.py
  4. Plots and tables

Chapter 5: Predictive Monitoring with Structured and Unstructured Data

  1. Hyperparameter optimization
    • experiments_optimize_params.py
    • experiments_optimize_params_with_unstructured_data.py
  2. Training and evaluating final models
    • experiments.py
    • experiments_with_unstructured_data.py
  3. Execution times of final models
    • experiments_performance.py
    • experiments_performance_with_unstructured_data.py
  4. Plots and tables
    • generate_latex_tables.ipynb
    • plot_unstructured_results.R

Chapter 6: Temporal Stability in Predictive Process Monitoring

  1. Hyperparameter optimization
    • experiments_optimize_params.py
    • experiments_optimize_params_with_unstructured_data.py
    • experiments_optimize_params_lstm.py
    • experiments_optimize_params_single_multirun.py
  2. Training final models, calibrating, and writing predictions
    • experiments_write_predictions_stability.py
    • experiments_write_predictions_stability_unstructured.py
    • experiments_write_predictions_lstm.py
  3. Evaluating prediction accuracy and temporal stability (RQ1)
    • evaluate_accuracy_stability.ipynb
  4. Evaluating prediction accuracy and temporal stability of inter-run-optimized models (RQ2)
    • experiments_test_interrun_stability.py
    • experiments_test_interrun_stability_unstructured.py
  5. Applying exponential smoothing (RQ3)
    • evaluate_accuracy_stability.ipynb
  6. Plots and tables
    • generate_latex_tables.ipynb
    • plot_stability_results.R

Chapter 7: Alarm-Based Predictive Process Monitoring

  1. Hyperparameter optimization
    • experiments_optimize_params.py
    • experiments_optimize_params_with_unstructured_data.py
  2. Training final models and writing predictions
    • experiments_write_predictions_alarms.py
    • experiments_write_predictions_alarms_unstructured.py
  3. Optimizing alarm thresholds
    • experiments_optimize_alarm_threshold.py
    • experiments_optimize_alarm_threshold_eff.py
    • experiments_optimize_alarm_threshold_ccom.py
  4. Evaluating alarming thresholds
    • experiments_test_fixed_alarm_thresholds.py (RQ1 baselines)
    • experiments_test_optimal_alarm_threshold.py (RQ1)
    • experiments_test_optimal_alarm_threshold_eff.py (RQ2)
    • experiments_test_optimal_alarm_threshold_ccom.py (RQ3)
  5. Plots and tables
    • generate_latex_tables.ipynb
    • plot_alarm_results.R

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This repository contains scripts used in Irene Teinemaa's PhD thesis titled "Predictive and Prescriptive Monitoring of Business Process Outcomes"

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