Bodies That Think Quickly and Learn Fast: On The Interdependence of Morphology and Control for Intelligent Behavior.

Lichtensteiger, Lukas.

ISBN 10: 383224087X / ISBN 13: 9783832240875

Published by Aachen, Shaker Verlag., 2005

About this Item

21cm x 14.8cm. x, 221 pages. Original softcover. Excellent condition with only minor signs of wear. Very Rare. [Berichte aus der Robotik / Reports on Robotics (Artificial Intelligence)] Includes for Example: Embodied AI and the Synthetic Approach to Understanding Intelligence/ Inspiration from Biology/ Contributions/ Overview of the Thesis/ Evolving the Morphology of a Compound Eye on a Robot/ Motion Parallax/ Evolution Strategy/ Evolution of an Artificial Compound Eye by Using Adaptive Hardware/ Towards Optimal Sensor Morphology for Specific Tasks: Evolution of an Artificial Compound Eye for Estimating Time to Contact/ Evolving Task Specific Optimal Morphologies for an Artificial Insect Eye/ Interdependence of Morphology and Learning/ An Optimal Sensor Morphology Improves Adaptability of Neural Network Controllers/ How the Need to Learn Fast Can Shape Bodies/ Existence and Uniqueness of Optimal Local Gain Factors for Gradient Descent Learning etc. Sprache: english.

Seller Inventory # 41002AB

Bibliographic Details

• Title: Bodies That Think Quickly and Learn Fast: On The Interdependence of Morphology and Control for Intelligent Behavior.
• Publisher: Aachen, Shaker Verlag.
• Publication Date: 2005
• Language: English
• ISBN 10: 383224087X
• ISBN 13: 9783832240875
• Binding: Soft cover
• Weight: 1200 grams
• Seller catalogs:
  • Varia

About this title

Synopsis

Lichtensteiger, Lukas. Bodies That Think Quickly and Learn On The Interdependence of Morphology and Control for Intelligent Behavior. Aachen, Shaker Verlag, 2005. 21cm x 14.8cm. x, 221 pages. Original softcover. Excellent condition with only minor signs of wear. Very Rare. [Berichte aus der Robotik / Reports on Robotics (Artificial Intelligence)] Includes for Embodied AI and the Synthetic Approach to Understanding Intelligence/ Inspiration from Biology/ Contributions/ Overview of the Thesis/ Evolving the Morphology of a Compound Eye on a Robot/ Motion Parallax/ Evolution Strategy/ Evolution of an Artificial Compound Eye by Using Adaptive Hardware/ Towards Optimal Sensor Morphology for Specific Evolution of an Artificial Compound Eye for Estimating Time to Contact/ Evolving Task Specific Optimal Morphologies for an Artificial Insect Eye/ Interdependence of Morphology and Learning/ An Optimal Sensor Morphology Improves Adaptability of Neural Network Controllers/ How the Need to Learn Fast Can Shape Bodies/ Existence and Uniqueness of Optimal Local Gain Factors for Gradient Descent Learning etc.