NASA Ames Research Center
Attn: Michael Broxton
Mail Stop N269-3 (Bldg N269, Room 100)
Moffet Field, CA 94035
Office: Building N269, room 100
Phone: (650) 604-3738
E-Mail: michael [dot] broxton [at] nasa.gov
Download: [CV], [Publications]
Research @ NASA
I lead the NASA Ames Planetary Mapping and Modeling Team. We build sophisticated image processing and computer vision software that processes satellite data to build maps of the Moon and Mars. We also participate in partnerships between NASA and commercial companies to make NASA’s planetary data more universally & easily accessible to the broader scientific community and to the public. Here are a few of our projects:
- In 2009 we worked with Google Inc. to prepare the data that you find in the 3D Mars and Moon modes for Google Earth 5.0, plus satellite imagery and maps of Earth as part of the NASA “Featured Content” layer.
- We are preparing a comprehensive map and digital elevation model of the Moon using Apollo Metric Camera as part of NASA’s Lunar Mapping and Modeling Program (LMMP)
- Nearly all of our software has been released under the NASA Open Source License. You can download the Vision Workbench, our C++ image processing library; or the Stereo Pipeline, our fully automated stereo-grammetric reconstruction software.
- The Vision Workbench helps to power the Gigapan panorama stitching software.
M. J. Broxton, A. V. Nefian, Z. Moratto, T. Kim, M. Lundy, and A. V. Segal. 3D Lunar Terrain Reconstruction from Apollo Images. In Proceedings of the 5th International Sym- posium on Visual Computing. Las Vegas, NV. 2009.
T. Kim, A. V. Nefian, and M. Broxton. Photometric Recovery of Ortho-images Derived from Apollo 15 Metric Camera Imagery. In Proceedings of 5th International Symposium on Visual Computing. 2009.
A. Nefian, K. Husmann, M. Broxton, V. To, M. Lundy, M. Hancher. A Bayesian Formulation for Sub-pixel Refinement in Stereo Orbital Imagery. in Proceedings of the 2009 IEEE International Conference on Image Processing. 2009.
M. Broxton, Z. M. Moratto, A. Nefian, M. Bunte, M. S. Robinson Preliminary Stereo Reconstruction from Apollo 15 Metric Camera Imagery, In proceedings of the 40th Lunar and Planetary Science Conference (LPSC), Abstract #2282. 2009.
M. Bualat, L. Edwards, T. Fong, M. Broxton, L. Flckiger, C. Kunz, S. Y. Lee, E. Park, V. To, H. Utz, V. Verma, M. MacMahon. Autonomous Robotic Inspection for Lunar Surface Operations, Field and Service Robotics, Volume 42/2008, pp. 169-178. 2008.
L. Edwards and M. Broxton, Automated 3D Surface Reconstruction from Orbital Imagery, In Proceedings of AIAA Space 2006, San Jose, California, September 2006.
M. Broxton, J. Lifton, and J. Paradiso. Localization on the Pushpin Computing Sensor Network Using Spectral Graph Drawing and Mesh Relaxation.. ACM Mobile Computing and Communications Review, Volume 10, Issue 1. pp. 1 - 12. January 2006.
M. Broxton. Localization and Sensing Applications of the Pushpin Computing Network. Master’s Thesis, Massachusetts of Technology, 2005.
J. Lifton, M. Broxton, and J. Paradiso. Experiences and Directions in Pushpin Computing. In proceedings of the fourth international symposium on Information Processing in Sensor Networks (IPSN) 2005. , pp. 416- 421. April 2005.
M. Broxton, J. Lifton, and J. Paradiso. Localizing a Sensor Network via Collaborative Processing of Global Stimuli. In Proceedings of the European Conference on Wireless Sensor Networks (EWSN) 2005, Instanbul, Turkey, February 2005.
J. Lifton, J. Paradiso, and M. Broxton. Sensate Media - Multimodal Electronic Skins as Dense Sensor Networks. In BT Technology Journal. Vol. 22, No. 4. October 2004.
J. Lifton, M. Broxton, and J. Paradiso. Distributed Sensor Networks as Sensate Skin. In Sensors, 2003. Proceedings of IEEE. , Vol. 2, pp. 743-747. 2003.
J. Lifton, D. Seetharam, M. Broxton, and J. Paradiso. Pushpin Computing System Overview: A Platform for Distributed, Embedded, Ubiquitous Sensor Networks. In Proceedings of the First International Conference on Pervasive Computing. pp: 139 - 151. 2002.
M. Gardner, M. Broxton, A. Engelhart, and W. Feng. MUSE: A Software Oscilloscope for Clusters and Grids. In 17th IEEE International Parallel and Distributed Processing Symposium (IPDPS 2003), Nice, France, April 2003.
M. J. Broxton, S. Backhaus, C.N. Ammerman, and R.A. Martin. Simulation of an Acous- tic Helmholtz Resonator using Computational Fluid Dynamics. In Proceedings of the American Society of Mechanical Engineers 2000 Fluids Engineering Division Summer Meeting, Boston, Massachusetts, 2000.
Talks & Presentations
The Geospatial Data Revolution: Making Processed Lunar Data Universally and Easily Accessible. Invited presentation given at the International Space University. 2009.
Automated Stereo Reconstruction of Apollo 15 Metric Camera Image Pairs. Pre- sented at the NASA Lunar Science Forum. 2009.
The NASA Vision Workbench: Reflections on Image Processing in C++. Presented at Willow Garage. 2009.
Digital Techniques for Imaging & the Development of Lunar DEMs. Invited presen- tation given at the Go for Lunar Landing conference in Tempe, AZ. 2008.
Things I Do for Fun
- Interactive Art - I have developed an interactive art piece called PhosphorEssence [ pictures, video, code ] that allows users to explore a many-dimensional, abstract mathematical space based on GPU-simulated video feedback using a pair of video gaming joysticks.
- Music - I play cello and guitar and occasionally DJ & produce little snippets of electronic music.
- Photography - See my work on Flickr. I occasionally dabble in panoramic and high dynamic range photography as well.
- Physical Pursuits - including rock climbing, caving, backpacking, swimming, yoga, breakdancing, and Tae Kwon Do.