知己知彼美国空军无人机在进攻性作战行动的整合.ppt

* The Integration of Unmanned Aerial Vehicles (UAVs) in Offensive Combat Situations Dan Morales 16.422, MIT 11 May 2004 Overview Motivation System Configuration Study Overview Goals Methods Results Motivation UAV Capabilities – Reduced radar signature, increased endurance, and potential for cost reduction – Absence of human pilot – Applicable to offensive missions, where pilot’s taskload is high Trends – Seven UAV systems deployed in OIF – Analysts predict 16 fully operational UAV programs in 10 years – 75% of recent Predator accidents due to human/UAV interaction Manned Aircraft Control of UAVs – Reduced datalink vulnerability (Howitt, 2003) – Decrease in data transit time – Visual confirmation of UAV actions and targets possible -UAVs are typically smaller than manned aircraft, have a reduced radar signature, and increased endurance. There is also a large potential for cost reduction. The absence of a human pilot allows them to be more maneuverable, avoid the equipment and systems usually needed to support a human pilot, and stays away from the politically unattractive risk of putting humans in dangerous situations. They have proven their worth in intelligence, surveillance, and reconnaissance missions, but have shown a large potential for offensive missions, where the pilot’s taskload is very high. -There were seven different UAV systems deployed in Operation Iraqi Freedom and analysts predict that there will be 16 fully operational UAV programs in the next 10 years. Also, 75% of recent Predator accidents were caused by the interaction between the human controller and the UAV. Although much of those accidents resulted from problems with manual control, some were the result of problems with the human/machine interface. -Control of a formation of UAVs from a manned, lead aircraft might eliminate some of these problems and bring about new benefits. There would b