Neuronal

Bildinfo und Lizenz

Bildinfo

• Neuronale Netze können dieses Flugzeug steuern: Die Netze wurden darauf trainiert, das Flugzeug auch dann manövrierfähig zu halten, wenn es durch Systemausfälle oder Kampfhandlungen beschädigt wurde. Auf dem Boden erkennt man die Edwards Air Base, auf der unter anderem auch Raumgleiter des Space Shuttle Programmes landeten.
  

• The IFCS flight research project evaluated self-learning neural network concepts into flight control software that could efficiently optimize aircraft performance in normal and failure conditions, enabling a pilot to maintain control and safely land an aircraft that had suffered a major systems failure or combat damage. The IFCS testbed aircraft was the highly-modified NF-15B #837, shown here.
  

• F-15B #837 in Flight Over Edwards Air Force Base
  

• EC03-0067-3
  

Source

• NASA Image Library: https://www.nasa.gov/centers/dryden/multimedia/imagegallery/F-15B_837/ifcs.html
  

• Created: March 3rd, 2003
  

• Author: Jim Ross
  

• Credit: NASA
  

License

• This image is from the NASA Imaga Library.
  

• On the website is the following note:
  

• NASA content - images, audio, video, and computer files used in the rendition of 3-dimensional models, such as texture maps and polygon data in any format - generally are not copyrighted. You may use this material for educational or informational purposes, including photo collections, textbooks, public exhibits, computer graphical simulations and Internet Web pages. This general permission extends to personal Web pages. [This note was copied from the image gallery site on March 4th, 2020]
  

Warranty

• No guarantee can be given as to the correctness of facts implied or explicitly stated.
  

• Usage is completey at your own risk. 💣
  

Originalseite

• Das Bild ist Teil eines online-Lexikons.
  

• Rhetos Lernlexikon Mathematik, Aachen:
  

• Siehe unter => Neuronal