KI-97: Advances in Artificial Intelligence

Qualitative spatial representation and reasoning techniques.- COLBERT: A language for reactive control in Sapphira.- Machine learning for adaptive user interfaces.- Structured incremental proof planning.- Many-sorted logic in a learning theorem prover.- Rigid hypertableaux.- Minimal model generation based on E-hyper tableaux.- External analogy in inductive theorem proving.- Mechanising partiality without re-implementation.- From linear proofs to direct logic with exponentials.- Integrating an equality prover into a software development system based on type theory.- Causation and nonmonotonic temporal reasoning.- Labelled quantified modal logics.- Defining decision rules in signed horn clauses.- Modelling subjective distances.- An axiomatic approach to the spatial relations underlying left-right and in front of-behind.- Representation and processing of qualitative orientation knowledge.- A contribution to the question of authenticity of Rhesus using part-of-speech tagging.- Making objects more knowledgeable.- Constraining the acquisition of concepts by the quality of heterogeneous evidence.- Conceptualizing Adjectives.- Parsing N best trees from a word lattice.- Fast grid-based position tracking for mobile robots.- Integration of image sequence evaluation and fuzzy metric temporal logic programming.- Designing a counter: Another case study of dynamics and activation landscapes in recurrent networks.- Cooperating diagnostic expert systems to solve complex diagnosis tasks.- Tabu search vs. Random walk.- Multi-flip networks: Parallelizing genSAT.- Resource-adaptive action planning in a dialogue system for repair support.- A modal computational framework for default reasoning.- Planning diagonalization proofs.- Suffix tree automata in state space search.- Connection Cutting for Contraction Free Logic.- Agents in proactive environments.- Reducing lexical redundancy by augmenting conceptual knowledge.- A graphical user interface for an ECG classifier system.- Expert system in additional finishing.- Reasoning about exceptions (extended abstract).- Learning and interpretation of the layout of structured documents.