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Conference

Evolution of Neural Networks for Helicopter Control: Why Modularity Matters

Subjects: Computer Science: Machine Learning; Computer Science: Neural Nets; Computer Science: Robotics

  • Source: De Nardi, Renzo and Togelius, Julian and Holland, Owen and Lucas, Simon M. (2006) Evolution of Neural Networks for Helicopter Control: Why Modularity Matters. [Conference Paper]

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Conference

Making Racing Fun Through Player Modeling and Track Evolution

Subjects: Computer Science: Machine Learning; Computer Science: Neural Nets; Computer Science: Human Computer Interaction

  • Source: Togelius, Julian and De Nardi, Renzo and Lucas, Simon M. (2006) Making Racing Fun Through Player Modeling and Track Evolution. [Conference Paper]

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Conference

Evolving robust and specialized car racing skills

Subjects: Computer Science: Machine Learning; Computer Science: Neural Nets; Computer Science: Artificial Intelligence

  • Source: Togelius, Julian and Lucas, Simon M. (2006) Evolving robust and specialized car racing skills. [Conference Paper]

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Conference

Evolving controllers for simulated car racing

Subjects: Computer Science: Machine Learning; Computer Science: Neural Nets; Computer Science: Artificial Intelligence

  • Source: Togelius, Julian and Lucas, Simon M. (2005) Evolving controllers for simulated car racing. [Conference Paper]

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Robot Self-Characterisation of Experience Using Trajectories in Sensory-Motor Phase Space

Subjects: Computer Science: Machine Learning; Computer Science: Robotics; Machine Learning

  • Source: Mirza, Naeem A. and Nehaniv, Chrystopher and te Boekhorst, Rene and Dautenhahn, Kerstin (2005) Robot Self-Characterisation of Experience Using Trajectories in Sensory-Motor Phase Space. [Conference

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Robot Gesture Generation from Environmental Sounds Using Inter-modality Mapping

Subjects: Computer Science: Machine Learning; Computer Science: Robotics; Machine Learning

  • Source: Hattori, Yuya and Kozima, Hideki and Komatani, Kazunori and Ogata, Tetsuya and Okuno, Hiroshi G. (2005) Robot Gesture Generation from Environmental Sounds Using Inter-modality Mapping. [Conference

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Conference

Speeding up Learning with Dynamic Environment Shaping in Evolutionary Robotics

Subjects: Computer Science: Machine Learning; Computer Science: Robotics; Machine Learning

  • Source: Bredeche, Nicolas and Hugues, Louis (2005) Speeding up Learning with Dynamic Environment Shaping in Evolutionary Robotics. [Conference Poster]

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