Below is list of the Speakers, the titles of there talks, and a link to their talks if available. The speaker’s name links to a member page with additional information.
Speaker (Affiliation), Email
Talk
Kinshuk Govil (FUEGO), kinshuk@gmail.com
Emily Watson (NASA, LLNL), emily.l.wilson@nasa.gov
The Goddard/LLNL Cube Sat System
Tim Ball (Fireball, FUEGO), tim@fireballit.com
Intelligence in Fire Management
Carl Pennypacker (LBNL, FUEGO), crpennypacker@lbl.gov
Tarek Zohdi (UC Berkeley, Fire Research Group), zohdi@berkeley.edu
Daniel Feldman (LBNL), drfeldman@lbl.gov
Satellite Remote Sensing of Active Fires: Capabilities, Challenges, and Opportunities
Khalid Mosalam (UC Berkeley), mosalam@berkeley.edu
Amarnath Kasalanati (UC Berkeley), amarnath1@berkeley.edu
Mark Mueller (UC Berkeley), mwm@berkeley.edu
Lab overview: Autonomy in Flight
Micheal Frenklach (UC Berkeley), myf@me.berkeley.edu
Simo Marikarju (UC Berkeley), makiharju@berkeley.edu
Kousil Sreenath (UC Berkeley), koushils@berkeley.edu
Legged and Aerial Robotics for Fire Response
Hannah Stuart (UC Berkeley), hstuart@berkeley.edu
Michelle Newcomer (LBNL), mnewcomer@lbl.gov
Sebastien Biraud (LBNL), scbiraud@lbl.gov
Philip Colella (LBNL), pcolella@lbl.gov
Kai Vetter (LBNL), kvetter@lbl.gov
Mapping (Nuclear) Radiation from Aerial Platforms in 3D
Hans Johansen (LBNL), hjohansen@lbl.gov
Wayne Lee Delker (UC Berkeley), wdelker@berkeley.edu
Jan Mandel (University of Colorado Denver), Jan.Mandel@ucdenver.edu
Mike Lampton (LBNL, FUEGO), mlampton@berkeley.edu
Signal to Noise and Sensors at Several Altitudes (A spreadsheet is available here as well)
GOES and Detecting Fires
Chris Moeckel (SSL), chris.moeckel@berkeley.edu
Introduction to the SSL Cube Sats
Vincent Riot (LLNL), riot1@llnl.gov
LLNL CubeSat Bus (This talk is unavailable, but a news report and paper summarize it well (another one))
Carlos Fernandez-Pello (UC Berkeley), ferpello@me.berkeley.edu
Wildland Fire Spot Ignition By Sparks and Firebrands
Jennifer Holm (EESA, LBNL), jaholm@lbl.gov
Using fine-scale demographic and dynamic vegetation modeling to capture changes in fuel loads