Exploration Systems Autonomy - Technical Contacts

Autonomy Technology Program	Benjamin Smith
Dependable Computing	Daniel S. Katz
Algorithms Research	Colin Williams
Automated mission activity planning & scheduling systems Integration of planning systems with onboard science analysis Operations coordination systems Model-based robust execution systems	Steve Chien
Biologically and physically inspired computing Quantum Algorithms Integrated Vehicle Health Management (IVHM) Model-based Diagnosis Systems Integrated Symbolic and Numeric Autonomous Anomaly Detection and Prognostics (BEAM) Real-time Expert Systems (SHINE) Advanced Image Processing Algorithms for Subsurface Imaging by Using Ground Penetrating Radar	Amir Fijany
Machine learning systems Statistical pattern recognition Data mining Fast, automated feature identification Onboard science analysis systems Autonomous science discovery in large data sets Computational systems biology Scientific inference systems Bioinformatic data analysis	Rebecca Castaño
Intelligent data management Scientific modeling & analysis Sensor web data understanding General earthquake models	Kenneth Hurst
Quantum computing Quantum algorithms Quantum circuit design Quantum sensors Quantum gyroscopes Quantum gravity gradiometers Quantum interferometry Quantum enhanced gravity wave detection Quantum information theory	Jonathan Dowling
Parallel applications technologies Data-intensive and I/O-intensive parallel applications Grid computing applications High resolution visualization, including HDTV digital movies Supercomputers as numerical observatories Simulated/enhanced terrain generation and serving Validating rover autonomous navigation High fidelity distributed simulations Terrain and volume rendering Common component architecture	Daniel S. Katz
Business Operations and Customer Service	Christine Corrigan

For more detailed information on these topics, please click on the Research Groups button on the left (near the top of the page).

Last updated 04/04/2003 by webmaster.