Data Science

Space Seismic Analysis

A data science project analyzing seismic data from planetary missions. Applies signal processing techniques and machine learning models to detect and classify seismic events in extraterrestrial datasets provided by NASA.

PythonPandasNumPySciPyScikit-learnMatplotlibSignal Processing

Problem Statement

Planetary seismic data contains significant noise and requires specialized analysis techniques different from terrestrial seismology. Manual analysis of large datasets is impractical for ongoing planetary missions.

Solution

Built an automated pipeline that applies bandpass filtering, STA/LTA algorithms, and ML-based event classification to detect and categorize seismic events in planetary datasets. Includes comprehensive visualization for scientific interpretation.

Key Features

  • Automated seismic event detection using STA/LTA algorithm
  • Bandpass filtering for noise reduction
  • ML-based event classification (earthquake, impact, noise)
  • Interactive visualizations for scientific analysis
  • Batch processing of large seismic datasets
  • Statistical analysis and event catalog generation

Challenges

  • Extremely low signal-to-noise ratio in planetary seismic data
  • Limited labeled training data for extraterrestrial seismic events
  • Distinguishing between geological and instrumental artifacts
  • Handling different data formats from various missions

Results & Metrics

Successful detection of seismic events in NASA lunar dataset

85%+ classification accuracy for event type determination

Automated processing of months of continuous seismic recordings

Reproducible analysis pipeline with comprehensive documentation

Lessons Learned

  • 💡Signal processing fundamentals are essential for scientific ML applications
  • 💡Domain expertise collaboration is critical for meaningful results
  • 💡Visualization is crucial for validation in scientific computing

Case Study Overview

Case Study: Space Seismic Analysis

Planetary data science and ML pipeline using signal processing to detect and categorize seismic events from Apollo missions.

Technologies

PythonPandasNumPySciPyScikit-learnMatplotlibSignal Processing

Gallery

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