Planning with preferences involves not only finding a plan that achieves the goal, it requires
finding a preferred plan that achieves the goal, where preferences over plans are specified …

In this paper we address the problem of generating preferred plans by combining the
procedural control knowledge specified by Hierarchical Task Networks (HTNs) with rich user …

Automated Planning is an old area of AI that focuses on the development of techniques for
finding a plan that achieves a given goal from a given set of initial states as quickly as …

Abstract In Web Service Composition (WSC) problems, the composition process generates a
composition (ie, a plan) of atomic services, whose execution achieves some objectives on …

This paper studies an approach to planning with PDDL3 constraints involving mixed
propositional and numeric conditions, as well as metric time constraints. We show how the …

We tackle the problem of classical planning with qualitative state-trajectory constraints as
those that can be expressed in PDDL3. These kinds of constraints allow a user to formally …

In this paper, we describe the the planning system SGPlan6 participating in the satisficing
tracks of the deterministic part of the Sixth Planning Competition (IPC6). SGPlan6 is …

In this paper, we address the problem of specifying and computing preferred plans using
rich, qualitative, user preferences. We propose a logical language for specifying preferences …

One of the current limitations for large-scale use of planning technology in real world
applications is the lack of software platforms to integrate the full spectrum of planning-related …

This paper describes a prototype implementation of a configuration system which uses
automated planning techniques to compute workflows between declarative states. The …