PPT-Geometry Based Human Detection in UAV Imagery

Vladimir Reilly Berkan Solmaz Mubarak Shah ECCV2010 Problem Goal Detect Humans Previous Work Navneet Dalal and Bill Triggs Histograms of Oriented Gradients for Human Detection CVPR05. Jon Skiffington, . Director of Product Management. Robert Parker, . Sales Engineer. Overview. Why UAVs?. Orthoimagery. production workflow. UAV specific concerns. Post-production workflow. Storage and distribution. Intelligence, Surveillance, and . Reconnaissance (ISR). Enterprise data layer for U.S. forces. Complex Data Integration. All Multi-INT data: UAV . feeds, sensor feeds, . cyber security event data, social media data—and any other SIGINT, HUMINT. Christian . Knoth. , . Birte. Klein, . Till . Kleinebecker. , . Torsten. . Prinz. , Birgit . Sieg. Ifgicopter. Group – University of Muenster. Joint Meeting of Society of Wetland Scientists, . Wetpol. Cooperative Navigation in . GPS Denied . Environments. 19 April 2013. Control Automation Branch,. Aerospace Systems Directorate. Air Force Research Laboratory. Overview. Long-term Objective. : Design control strategies such that a team of UAVs can navigate from one location to another in GPS denied environments.. Presentation at Arctic Council EPPR Working Group. Workshop on use of UAS in Emergency Preparedness. And Response. . 4 December 2014. Seattle, Washington. Trial of UAV during JOSE 2014. 2. JOSE 2014 Incident . Management, systems integration and reporting. 2011. Daniel, Matt, Tony, Sam, . Mayur. Mission Task. Search and rescue UAV. Requirements. Allocations of Groups & Members. 1. Management. 2. . Mayur. . When We Can . File-n-Fly ?!. YangQuan Chen, Ph.D., Director, . MESA . (Mechatronics, Embedded Systems and Automation). Lab. MEAM/EECS, School of Engineering,. University of California, Merced. E. : . . Marine . Heavy Lift and Long Duration Co-axial Unmanned Aerial Vehicles. “The boss”. . HEAVY LIFT DRONE COAXIAL HELICOPTER: (VTOL-UAV). BOSS VTOL-UAV Objectives. :. A rugged. , stable, quiet, and cost effective all weather heavy lift platform to handle a wide variance of payloads. . Casbeer. , P. Chandler & . M. . Pachter. AFRL control science Center of excellence. MACCCS Review . April 19, 2012. UAV Search & Capture of a Moving Ground . Target. Approved for public release; distribution unlimited; case number: 88ABW-2012-2747. CABAA ATC Seminar. Prairie Landings. October 30. , . 2015. David Adams. Camille Khodadad. UAV . Basics. Risks of . Encounter . I. n. . National Airspace System. Range of Legal Issues. Criminal Liability . Project Review. Alex . Funiciello. Dan Graves Mike Hardbarger Jim Reepmeyer Brian . Smaszcz. May 14, 2010. Agenda. Project Overview. Customer . Needs. Airframe C spec sheet. Involved Testing. “The boss”. . HEAVY LIFT DRONE COAXIAL HELICOPTER: (VTOL-UAV). BOSS VTOL-UAV Objectives. :. A rugged. , stable, quiet, and cost effective all weather heavy lift platform to handle a wide variance of payloads. . D. P. . Shepard. , J. A. . Bhatti. , T. E. Humphreys, The University of Texas at Austin. A. A. . Fansler. , Northrop Grumman Information Systems. ION GNSS Conference, Nashville, TN | September 21, 2012. Imagery is . language that appeals to the senses. Most of the time, we think of “image” as a visual experience (using our eyes). IMAGERY can appeal to our sense of sight, smell, hearing, taste and touch.