[1]
Restas, A. (2004) Erdötüzek felderítésének támogatása levegöböl (Supporting Reconnaissance of Forest Fires from the Air). Vedelem, 11, 47-49.
[2]
Ambrosia, V., Hinkley, E., Brass, J.A., Buechel, S., Sullivan, D., Myers, J. and Schoenung, S. (2006) The Western States UAV Fire Mission; 11th Biennial USDA Forest Service, Remote Sensing Applications Conference RS-2006, April 24-28 2006, Salt Lake City, Utah.
[3]
Pastor, E., Royo, P., Lopez, J., Barrado, C., Santamaria, E. and Prats, X. (2008) Project SKY-EYE, Applying UAVs to For-est Fire Fighter, Support and Monitoring; Technical University of Catalonia, Department of Computer Architecture, Barcelona.
[4]
Restas, A. (2011) Az erdötüzoltás hatékonyságának közgazdasági megközelítése (The Economic Approach of the Efficiency of Forest Fire Fighting). Vedelem, 18, 47-50.
[5]
Restas, A. (2012) An Approach for Measuring the Economic Efficiency of UAV Applications at Forest Fires Helping Decision Makers; AUVSI Israel 2012, International Conference, 20-22 March 2012, Tel Aviv.
[6]
Restas, A. (2006) The Regula-tion Unmanned Aerial Vehicle of Szendrö Fire Department Support Fighting Against Forest Fire; V International Conference on Forest Fire Research, 27-30 November, 2006, Figueira da Foz.
[7]
Mika, P. (2009) Emergency Service Use of UAS West Midlands Fire Service, UAS Yearbook, 2009/2010 [Edit. Blyenburgh,] UAS—The Global Perspective, Paris, 137-139.
[8]
Molnar, A. (2014) UAV alkalmazások fejlesztése az óbudai Egyetemen (Development of UAV Applications at óbuda University), Critical Infrastructure Protection Researches, Con-ference Presentation, Szolnok, 28 February 2014.
