Private pilot's license (single-engine land)
My background is in Computer Science, Planetary Science, and
Geology. I am most interested in problems that lie at the interfaces
between these fields, such as automated methods (artificial
intelligence, machine learning) to investigate science questions using
planetary data (orbital and in situ).
I work at the Jet
Propulsion Laboratory in Pasadena, CA.
I have two roles at JPL:
I have also taught classes in Computer Science at Cal State L.A.
and Oregon State University.
My research projects at JPL have included:
- Efficient machine learning to detect transient radio phenomena (e.g., pulsars) in real time
- Collaborative machine learning for sensor networks
- Automatic landmark identification and change detection in Mars orbital images (dark slope streaks, dust devil tracks, etc.)
- Analyzing the sensitivity of machine learning algorithms to high-radiation environments
- Predicting county-level crop yield from Earth orbital images
- Modeling user preferences for sets, rather than individual items
(like music playlists or rover image downlink sets)
- Modeling flight software with state charts and using automatic code generation to convert them into C/C++ (for implementation) or Promela (for model checking)
- Tracking the north polar ice caps (water and CO2) on Mars
News and upcoming events:
- The video for my controversial ICML 2012 talk is no longer available (lost in a server crash).
However, you can read the original paper:
Machine Learning that Matters (pdf, 6 pages, 234K) and
see the slides from a subsequent invited AAAI talk:
Challenges for Machine Learning Impact on the Real World (1.6M).
- Recently published or posted:
Limits on Fast Radio Bursts from Four Years of the V-FASTR Experiment.
Sarah Burke-Spolaor, Cathryn M. Trott, Walter F. Brisken,
Adam T. Deller, Walid A. Majid, Divya Palaniswamy, David R. Thompson,
Steven J. Tingay, Kiri L. Wagstaff, and Randall B. Wayth.
The Astrophysical Journal, 826(2), doi:10.3847/0004-637X/826/2/223, 2016.
Onboard Autonomy on the Intelligent Payload EXperiment CubeSat Mission
Steve Chien, Joshua Doubleday, David R. Thompson, Kiri L. Wagstaff,
John Bellardo, Craig Francis, Eric Baumgarten, Austin Williams,
Edmund Yee, Eric Stanton, and Jordi Piug-Suari.
Journal of Aerospace Information Systems, in press, 2016.
- Library science papers:
Marginalia in the digital age: Are digital reading devices meeting the needs of today's readers?.
Melanie Ramdarshan Bold and Kiri L. Wagstaff.
Library & Information Science Research, 39(1), 16-22, 2017.
- We surveyed readers to find out about their attitudes toward marginalia, and whether and how often they indulged in it themselves. We also investigated whether marginalia translates into electronic books and which features are most desired by users of e-readers.
- The Early History of the Monrovia Library, my term paper for LIBR 280 (pdf, 16 pages, 1.0M)
- The Evolution of Marginalia, my term paper for LIBR 200 (pdf, 14 pages, 1.1M)
- Recent awards and honors:
- I was elected to the
Council for 2015-2018
- I was promoted to Principal at JPL in January 2015
- 2014 NASA Group Achievement Award (Mars Exploration Rover Science and Operations Team)
- 2014 NASA Group Achievement Award (IPEX/CP-8 CubeSat Flight Team)
- 2012 NASA Exceptional Technology Achievement Medal
- 2012 AAAI Outstanding Program Committee Member Award (one of four people chosen)
- 2012 Young Alumni Par Excellence Award from the University of Utah
- 2008 Lew Allen Award for Excellence in Research for "advancing the performance and application of machine learning methods to onboard Earth science missions and spacecraft engineering."
- Extracurricular activities: