Welcome, my contact Information is: igorcarron@gmail.com

I have put my profiles and set up my network on both LinkedIn and FaceBook for those of you connected on these social networks. My presence there is mostly an attempt to stay in touch with the many folks I have known and interacted with for the past twenty years.

Current Interests
It is one thing to gather data, it is an entirely different matter to make sense of them. Here are ways I document how people are trying to resolve that issue:
  • A technical blog  called Nuit Blanche, that is primarly geared toward focusing a community of worldwide experts, mathematicians and applied engineers on important aspects arising in a new technology called Compressive Sensing. The blog has a readership of several hundred people a day. I see the blog as a way to focus people's attention on the larger picture: How can we make this technology work in our every day lives ? This is no small feat as the field was born in 2004. There are few instances in the history of science and engineering where a theory could be somehow be accelerated through the use of a distributed means such as a blog. I hope it serves that purpose for a while. Also of interest to newcomers is the following site: Compressed Sensing: The Big Picture. Even though it may not look like it, I have no formal training in sampling theory, electrical engineering, computer science or machine learning. Some of these fields are too new to really be formal! 
  • Robust Mathematical Modeling.
  • I fielded a small team on DARPA's Urban Challenge: Pegasus Team. We have a website and a blog. You can also find a video of the DARPA Grand Challenge 2004 race. This is now over but I learned much about what I needed to know. I can safely say that the two blogs above are a consequence of these competitions.
Below is a list of the reports/papers and presentations I did for the past twenty years. Some work not listed here include deliverables for different clients. I have attempted to group these items in subject areas which parallels my work experience.

"Richard Hamming’s three questions for new hires at Bell Labs:
1- What are you working on?
2- What’s the most important open problem in your area?
3- Why aren’t they the same? (Ouch!)

“You and Your Research” --- Richard Hamming (1986)



Publications/Presentations/
Outreach/Reports

Spacecraft Technology


Multi-Layer Systems / Optimization
Microsystems


CFD/Multiphase Flow/Thermal Hydraulics

Because even in Space, you need a plumber.
  • R. Williams, I. Carron, D. Bray, C. Kurwitz, and F. Best, Zero-Gravity Test Results For Ultrasonic Sensing Of Air-Liquid Interface in a Vortex Separator, AIP Conf. Proc. 654(1) 239 , 28 Jan 2003, STAIF 2003, Albuquerque, N.M.
  • Velev, O., Srinvasan, S., Appleby, A. J., Carron, I., Real Time Two-Phase Fluid Flow Visualization in Polymer Electrolyte Fuel Cells Using Neutron Radiography, Electrochemical Society Meeting, pp. 232, 1997 Aug, Paris.
  • Igor Carron, Frederick Best, Gas-liquid flow regimes: Can we compute them from first principles?, National Heat Transfer Conference, Houston, Texas, August 1996, pp. 92-99, n. 310, vol. 92. AIChE Symposium series.
  • Igor Carron, Contribution to Gas-Liquid flows, Dissertation, Texas A&M University, December 1995.
  • Igor Carron, Frederick Best, Gas-liquid annular flow under microgravity conditions: A temporal linear stability study, International Journal of Multiphase Flow, December 1994, v.20, n. 6, pp. 1085-1093
  • Igor Carron, Frederick Best, Gas-liquid annular flow under microgravity conditions, linear stability as tool for flow regime identification ? American Nuclear Society Meeting, New Orleans, Louisiana, June 1994.
  • Igor Carron, Frederick Best, Microgravity phase separation of rotating fluids in a fixed cylinder, American Nuclear Society Winter Conference Proceedings, San Francisco, California, November 1991.
  • Acknowledged in a Corrigendum: Instability of a liquid jet surrounded by a viscous gas in a vertical pipe Lin, S.P. ; Ibrahim, E.A. Journal of Fluid Mechanics v 240 Jul. 1992 p 685-686.

Transport Theory / Radiative Transfer /Multiresolution


Weapons-Plutonium Disposition