Space Information Dynamics

Prof. Carolin E. Frueh and students

Deep Space And Near-Earth: Detection, Tracking, Optical Sensing and Inversion & Characterization in the near-field (Fly-By) and far-field (Light Curves), Astrodynamics, Collisions-Avoidance, Optimal Information extraction, Low Observability systems, Space Population

Papers Projects Datasets
Composite Image of a reconstructed satellite, an observation frame from the Purdue Optical Ground Station, orbits around the Earth and orbits in the cislunar region
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Carolin E. Frueh

Professor & Researcher

cfrueh@purdue.edu +1 (765) 494-7436 Purdue University
The Work and Expertise

Passionate About Space Information and Sustainability

Detection & Data Purdue Optical Ground Station, Image Processing, Sensor Tasking, Dynamic Vision and Quantum Sensing
Astrodynamics Orbit Determination, Mutli-Target Tracking, Collision Avoidance & more..
Characterization Shape, Attitude, Materials determination over very large distances or in fly by
Regimes Near Earth (LEO, GEO), Cislunar & Deep Space
90+
Projects Completed
15
Years Experience
35+
Graduate Students Graduated
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The Group

Students are the Backbone of The Research

The Space Information Dynamics Group at Purdue