PDF) On Managing Temporal Information for Handling Durative Actions in LPG.
PDF) Planning Graph-based Heuristics for Cost-sensitive Temporal Planning.
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
PDF) Bounded Branching and Modalities in Non-Deterministic Planning.
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
PDF) Enhancing gameplay: challenges for articifical intelligence in digital games.
PDF) Building the Checkers 10-Piece Endgame Databases
PDF) Towards Requirements Aware Systems: Run-time Resolution of Design-time Assumptions
PDF) Modeling and Query Patterns for Process Retrieval in OWL
PDF) PC-SHOP: A Probabilistic-Conditional Hierarchical Task Planner.
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
PDF) Contingent Planning as AND/OR Forward Search with Disjunctive Representation.
PDF) Evaluation Function Based Monte-Carlo LOA
PDF) Planning with Numeric Varibles in Multiobjective Planning.
PDF) Improving Temporal Flexibility of Position Constrained Metric Temporal Plans.
PDF) Heterogeneity of Computing Nodes for Grid Computing
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
PDF) TCP − Compose ⋆ – A TCP-Net Based Algorithm for Efficient Composition of Web Services Using Qualitative Preferences
PDF) Web Service Mining and Verification of Properties: An Approach Based on Event Calculus
PDF) Automatic Composition of Web Services with Contingency Plans.
PDF) Ontology-Based Authoring of Intelligent Model-Tracing Math Tutors
PDF) Multi-objective multi-robot surveillance
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
Ioannis Refanidis's research works | University of Macedonia, Thessaloníki (UOM) and other places
PDF) Monte-Carlo Proof-Number Search for Computer Go
PDF) Robust Face Recognition via Accurate Face Alignment and Sparse Representation
