Intelligent Autonomous Systems 10
IAS-10
Edited by: W. Burgard, R. Dillman, C. Plagemann and N. Vahrenkamp
July 2008, 440 pp., hardcover
ISBN: 978-1-58603-887-8
Price: US$145 / €100
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This volume contains the proceedings of the tenth International Conference on Intelligent Autonomous Systems (IAS-10) in Baden Baden, Germany. The IAS conference brings together leading researchers interested in all aspects of autonomy and adaptivity of artificial systems. One of the driving forces of this conference is the observation that intelligence and autonomy is best studied and demonstrated using mobile robots acting autonomously in real-world environments and under challenging conditions. The papers contained in the final program of the conference cover a wide spectrum of research in autonomous intelligent systems including agent technology, walking robots, motion planning, robot control, multi-robot systems, navigation, perception, applications, learning and adaptation, and humanoid robots, just to mention some of them. The organization of IAS-10 aims to provide the reader with new ideas and to exchange knowledge in relation to the research of autonomous systems. Previous IAS proceedings are available through IOS Press as well.
Table of Content

Below are the first fifteen articles of IAS-10.

  • Preface / W. Burgard, R. Dillmann, C. Plagemann and N. Vahrenkamp
  • Agent Standard Protocols for Building Multi-Robot Applications / E. Cervera and V. Gazi
  • Control of a Trident Steering Walker / H. Yamaguchi
  • Novelty Detection and Online Learning for Vibration-Based Terrain Classification / C. Weiss and A. Zell
  • Comparison of Data Amount for Representing Decision Making Policy / R. Ueda
  • A Multiple Walking Person Tracker for Laser-Equipped Mobile Robots / N.A. Tsokas and K.J. Kyriakopoulos
  • Nonlinear Model Predictive Control of Omnidirectional Mobile Robot Formations / K. Kanjanawanishkul, X. Li and A. Zell
  • Memory-Based Software Integration for Development in Autonomous Robotics / T.P. Spexard, F.H.K. Siepmann and G. Sagerer
  • An Experimental Environment for Optimal Spatial Sampling in a Multi-Robot System / A. Kemppainen, T. Mäkelä, J. Haverinen and J. Röning
  • Sonar Scan Matching by Filtering Scans Using Grids of Normal Distributions / A. Burguera, Y. González and G. Oliver
  • Hardware and Software Architecture for Robust Autonomous Behavior of a Domestic Robot Assistant / S.R. Schmidt-Rohr, M. Lösch, Z. Xue and R. Dillmann
  • Topological Edge Cost Estimation Through Spatio-Temporal Integration of Low-Level Behaviour Assessments / T. Braun and K. Berns
  • Nonlinear Model Predictive Control of an Omnidirectional Mobile Robot / X. Li, K. Kanjanawanishkul and A. Zell
  • A Self-Configuration Mechanism for Software Components Distributed in an Ecology of Robots / M. Gritti and A. Saffiotti
  • Using the Body in Learning to Recognize Objects / M. Edgington, J. De Gea, J.H. Metzen, Y. Kassahun and F. Kirchner

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