Article ID: | iaor2010620 |
Volume: | 24 |
Issue: | 1 |
Start Page Number: | 14 |
End Page Number: | 26 |
Publication Date: | Jan 2010 |
Journal: | Advanced Engineering Informatics |
Authors: | Heintz Fredrik, Kvarnstrm Jonas, Doherty Patrick |
Keywords: | control |
Engineering autonomous agents that display rational and goal-directed behavior in dynamic physical environments requires a steady flow of information from sensors to high-level reasoning components. However, while sensors tend to generate noisy and incomplete quantitative data, reasoning often requires crisp symbolic knowledge. The gap between sensing and reasoning is quite wide, and cannot in general be bridged in a single step. Instead, this task requires a more general approach to integrating and organizing multiple forms of information and knowledge processing on different levels of abstraction in a structured and principled manner.