future of the air force (uavs) - 2012

27
Future of the Air Force Man vs Machine By: Isaac Seemann

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PowerPoint used in my high school culminating project.

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Page 1: Future of the Air Force (UAVs) - 2012

Futureof

the Air Force

Man vs Machine

By: Isaac Seemann

Page 2: Future of the Air Force (UAVs) - 2012

Personal Background

• Long time interest in aviation

• Computer technical type of person

Page 3: Future of the Air Force (UAVs) - 2012

Personal Background

Previous Experience – 8th Grade

Page 4: Future of the Air Force (UAVs) - 2012

Preview

Unmanned Aerial Vehicles

Page 5: Future of the Air Force (UAVs) - 2012

Preview

Manned Aircraft

Page 6: Future of the Air Force (UAVs) - 2012

UAV History

• Early UAV developed during WW1– Cruise missile named, “The Bug”

• Redesigned by Germans in WW2– V-1 Buzz Bomb

• Modernized with GPS

Page 7: Future of the Air Force (UAVs) - 2012

UAV Advantages

• No pilot = Less diplomatic endangerment– Francis Gary Powers’ crash caused political tension

Page 8: Future of the Air Force (UAVs) - 2012

UAV Advantages

• No pilot = Lives saved– Gen. Mohammed Farah Aidid prevented lives

lost in Bosnia

Page 9: Future of the Air Force (UAVs) - 2012

UAV Advantages

• Fraction of manned aircraft, production and maintenance costs– Eliminates pilot costs

Page 10: Future of the Air Force (UAVs) - 2012

UAV Advantages

• No human factor = increased performance– Flight endurance– Maneuverability limited by design, not pilot

Page 11: Future of the Air Force (UAVs) - 2012

Why use human pilots?

Missions aren’t always straight forward

Page 12: Future of the Air Force (UAVs) - 2012

Important Pilot Qualities

•Intuitiveness•Adaptability

Page 13: Future of the Air Force (UAVs) - 2012

Adaptability

• Capt. Ron Garan changed mission objective to adapt to circumstances

Page 14: Future of the Air Force (UAVs) - 2012

Intuitiveness

• Capt. Landis Cook prevented friendly fire on allied tanks

Page 15: Future of the Air Force (UAVs) - 2012

What’s Next?

Autonomy

“The unmanned system’s own ability of sensing, perceiving, analyzing, communicating, planning, decision-making, and acting, to achieve its goals as assigned by its human operator(s) through designed human-robot interactions” –ALFUS Working Group

Page 16: Future of the Air Force (UAVs) - 2012

The Future

Page 17: Future of the Air Force (UAVs) - 2012

The Future

Require: Adaptability + Intuitiveness = Self-Aware

UAV Swarms

Without human control

Page 18: Future of the Air Force (UAVs) - 2012

Self-Aware

Problem?

Page 19: Future of the Air Force (UAVs) - 2012
Page 20: Future of the Air Force (UAVs) - 2012

Personal Lessons

Military require computer skills

Page 21: Future of the Air Force (UAVs) - 2012

Personal Lessons

Time organization

Page 22: Future of the Air Force (UAVs) - 2012

Future Plan

Embry-Riddle Aeronautical University

Page 23: Future of the Air Force (UAVs) - 2012

Future Plan

SPSCC to save money

Page 24: Future of the Air Force (UAVs) - 2012

Bibliography

• Army Unmanned Aircraft System Operations. 2008. PDF file. This document is in pdf form. The file is a document created by the Department of the Army Headquarters covering all elements of unmanned aircraft systems used in the military as of 2008.I found the information helpful as an overview all unmanned system elements. The information is reliable due to its origin of creation.

• Dept. of Defense. Unmanned Systems Roadmap 2007=2032. Federation of American Scientists. N.p., n.d. Web. 22 Apr. 2012. <http://www.fas.org/irp/ program/collect/usroadmap2007.pdf>. This is a pdf document of a Deparment of Defense publication addressing the future plans of unmanned aircraft systems from the year 2007-2032. The document helped me understand the military's future plans relating to unmanned systems.

• Nolan, Robert. The Pilotless Air Force? A Look at Replacing Human Operatiors with Advanced Technology. 1997. PDF file. This report was in a pdf format. It gave me information on the history of unmanned aircraft systems and how they compare to human piloted aircraft.The source was very useful and it's reliable because of its direct connection to the Air Command and Staff College.The age of the information does limit its usefulness mainly to past events.

Page 25: Future of the Air Force (UAVs) - 2012

Bibliography cont.

• Phillips, Adrian. "A Secure Group Communication Architecture for a Swarm of Autonomous Unmanned Aerial Vehicles." MS thesis. Air Force Institute of Technology, 2008. PDF file. This thesis was in the form of a pdf. The information gave me specific information on the topic of unmanned system autonomy. Because of the origin of the paper, the information is highly reliable.The age of the information does not affect its reliability.

Page 26: Future of the Air Force (UAVs) - 2012

Image Citation

• Sitting in cockpit. 28 May 2008. Personal photograph by author. • Standing infront of F-22 Raptor. 17 July 2011. Personal photograph by author. • Standing next to Predator. 17 July 2011. Personal photograph by author. • UAV Swarm. N.d. New Scientist. N.p., n.d. Web. 22 Apr. 2012.

<http://www.newscientist.com/blog/invention/uploaded_images/ swarm-720004.jpg>.

• Francis Gary Powers. N.d. European American Evangelistic Crusades. N.p., n.d. Web. 23 Apr. 2012. <http://www.eaec.org/newsletters/2004/ NL2004Feb.htm>.

• Hal 9000. N.d. Netbrawl. N.p., n.d. Web. 22 Apr. 2012. <http://www.netbrawl.com/matchup.php?mid=11131&bracketid=497>.

• I, Robot,VIKI. N.d. Review JPEG Warehouse 6. Tripod, n.d. Web. 22 Apr. 2012. <http://reviewsjpegs6.tripod.com/sitebuildercontent/sitebuilderfiles/ V.I.K.I.jpg>.

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Thank you for your time

ANY Questions?