Hybrid temporal reasoning for planning and scheduling
Silvana Badaloni, Marina Berati · 2002
This paper address the problem of representing heterogeneous temporal information in a uniform framework. Metric information relative to intervals is combined with qualitative information in a homogeneous representation based on a temporal constraint network. We illustrate the properties of the new sub-algebra called IDSA (Interval-Distance Sub-Algebra), the algorithms used to propagate temporal information and their complexity.