University of Oklahoma / Naval Warfare Systems Center / /
IndustryTerm
visualization tools / transportation / automated tools / radar network / technology interchange meetings / civil applications / technology demonstration projects / air surveillance systems / legacy radar systems / aircraft surveillance systems / final product / phased array technology / likely solution / data processing / active phased array radar technology / finer-scale weather observing systems / legacy systems / replacement technologies / phased array radar technology / air surveillance solution / civil surveillance applications / /
Organization
Federal Aviation Administration / University of Oklahoma / U.S. Air Force / NOAA’s office of Atmospheric and Oceanic Research / Subcommittee on Disaster Reduction / Committee on Environment and Natural Resources / Joint Program Office / MIT / Air Traffic Organization / National Oceanic and Atmospheric Administration / U.S. Office / Interagency Programs / Science and Technology Directorate / update / federal government / United Nations / office of the Federal / NOAA’s National Weather Service / Joint Planning and Development Office / Department of Homeland Security / Department of Defense / United States Navy / Space and Naval Warfare Systems Center / /
Person
Mary Glackin / Victoria Cox / Joseph Harroz / Al Miller / Randel Zeller / Boren / Denise Stephenson Hawk / /
Position
President / major cost driver in PAR technology / Vice President and General Counsel / Vice President of Operations Planning / contractor / principal radar resource driver / Coordinator / Director / Assistant Secretary of Defense for Homeland Defense / Acting Deputy Under Secretary for Oceans and Atmosphere / /
Product
lead times / spatial resolution / weather events / increased accuracy / /
Microsoft Word - MPAR Symposium Summary Report_Final2.doc