Advances in artificial intelligence : 22nd annual German conference on artificial intelligence, Bremen, Germany, September 15-17, 1998 : proceedings.
Otthein Herzog
Berlin
Springer
1998
353 s.
Lecture notes in artificial intellicence., Subseries of Lecture notes in computer science ;, 1504.
Multi-agent Systems.- On Personal and Role Mental Attitudes: A Preliminary Dependence-Based Analysis.- An Autonomous Agent Architecture and the Locomotion Problem.- Building Object-Agents from a Software Meta-Architecture.- Agent's Programming from a Mental States Framework.- Intelligent Tutoring Systems.- The Component Based Model of the Control Knowledge in an Intelligent Tutoring Shell.- Modelling the MCOE Tutor Using a Computational Model.- From a Tridimensional View of Domain Knowledge to Multi-agent Tutoring System.- Natural Language.- A Transfer Dictionary for Words and Bigrams.- Integrating Morphological, Syntactical and Semantical Aspects through Multi-agent Cooperation.- A Massively Parallel Architecture for Natural Language Parsing - Some Results.- Machine Learning and Neural Networks.- Planning and Learning: Put the User in the Loop.- Redundant Covering with Global Evaluation in the RC1 Inductive Learner.- Towards Integrating Hierarchical Censored Production Rule(HCPR) Based Systems and Neural Networks.- Goal-Directed Reinforcement Learning Using Variable Learning Rate.- Logic Programming.- On the Relations between Acceptable Programs and Stratifiable Classes.- An Adaptation of Dynamic Slicing Techniques for Logic Programming.- Argumentative and Cooperative Multi-agent System for Extended Logic Programming.- Knowledge Representation.- Modelling Credulity and Skepticism through Plausibility Measures.- Fuzzy Temporal Categorical and Intensity Information in Diagnosis.- Experiments on a Memory Structure Supporting Creative Design.- Real Time Variable Precision Logic Systems.- Strong Conditional Logic.- Computing Aesthetics.- AI Applications.- Manipulator Robots Using Partial-Order Planning.- Darwinci: Creating Bridges to Creativity.- Scheduling to Reduce Uncertainty in Syntactical Music Structures.