Artificial Intelligence in the Pacific RimHozumi Tanaka In the last decade, AI firmly settled into our industrial society with the expert systems as the representative product. However, almost every one of the systems could cover only a single task domain. In the highly mechanized world of the 21st century, systems will become smart and user friendly enough to cover a wide range of task domains. Systems with much user friendliness must be multilingual because users in different domains usually have different languages. Language is formed in its own culture. Therefore, promotion for cross-cultural scientific interchange will be indispensable for the progress of AI. |
From inside the book
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Contents
Invitation to Knowledge Science | 3 |
Situated Reasoning and Rational Behavior | 17 |
Development of a Voice Interface for Expert Systems | 33 |
An Artificial Intelligence Perspective on Idealisation in Model Building | 51 |
Terminal Relocation Scheduling Expert SystemAn Optimized Solution by Object Oriented | 65 |
Decision Support System Based on Incomplete and Uncertain Information | 83 |
A Fuzzy System for Analysing Customers Price | 101 |
The Intelligent Planning Machine | 110 |
Stems | 476 |
The Automatic Generation of Mechanical Assembly Plans | 480 |
Application of Ideal Theory to Boolean Constraint Solving | 490 |
Classification and Recognition of Korean Characters Using Neural Network | 511 |
Adaptive Person Recognition System Based on Handwritten Characters Using the LeaveOneOut | 528 |
Intelligent Recognition of Characters Using Associative Matching Technique | 546 |
Pictorial Goal Oriented Construction of Image Processing Procedures | 563 |
Information Retrieval Condition Generation System Using CasedBased Reasoning | 583 |
An Expert System for Verification of Switching Sequences at Electric Power Substation Simulation | 128 |
A SelfLearning Expert System for Grinding Vibration Diagnosis | 146 |
A TaskAnalysis Interview System Based on Prestored Problem Solving Models | 158 |
A New Parallel Algorithm for Production Systems on SharedMemory Multiprocessors | 176 |
A Dialogue Analyzing Method Using a Dialogue Model | 191 |
A Computational Model of an Intelligent Agent for Natural Language Dialogue Systems | 209 |
A Study on the Semantic Case of the Korean Language to Generate a Universal Grammar in Machine | 227 |
An Efficient Parallel Parsing Algorithm for ContextFree Grammars | 239 |
Japanese Sentence Analysis Utilizing Mutually Connected Neural Network | 257 |
An InformationBased Parsing Model for Resolving Lexical Ambiguities | 274 |
Ong Time | 289 |
Parallel Semantic Disambiguation for UnificationBased Grammars | 292 |
A Semantic Structure Description Model of General Concepts in a Natural Language World | 298 |
Interpretation of Natural Language Queries on the Basis of a Semantic Data Model | 316 |
Hangul Spelling and WordSpacing Checker Using the Connectivity Information | 334 |
A Query Transformation for Computing Predicate Circumscription | 351 |
Closure Minimization Implies Abduction | 369 |
Jigsaw Puzzle Matching by AssumptionBased | 375 |
Reasoning with Multivariant Qualitative Spaces | 390 |
A Semantically WellFounded Multivalued Logic | 408 |
A Uniform Treatment of Theory Selection | 426 |
Al Support | 437 |
Recording Dependencies for Backward Reasoning Systems | 444 |
Parallel Constraint Satisfaction by Paralleling ATMS | 462 |
Towards Unifying EBL and SBL to Solve Imperfect Theory Problems | 595 |
Concept Formation by Interaction of Related Objects | 613 |
A Plausible AcquisitionModel for Semantic Synthesis of Patterns | 631 |
031 | 641 |
A System of Practical Linguistic Knowledge Acquisition in Japanese Language | 643 |
93 | 657 |
Connectionist Concept Learning in a Structural Domain | 661 |
Knowledge Representation for Job Shop Modeling | 675 |
A Program Understanding System by Means of AlgorithmBased Programming Knowledge | 693 |
Partiality of Information and the Structure of the Frame Problem | 711 |
Knowledge Representation and Inference An Approach from ObjectOriented Computing | 729 |
Knowledge Belief and Computation | 748 |
A Stable Model Semantics for Diagnostic Hypothesis | 764 |
A Highly Parallel Execution Model for Production Systems | 781 |
A Distributed Sensing System Based on Qualitative Models of Environments | 799 |
Introducing a Large Vocabulary into Prolog | 816 |
An Implementation of a WindowBased Debugging Tool for Kyoto Common Lisp | 834 |
Computing a Representation of the Physical Environment A MemoryBased Approach | 847 |
A Robust and Efficient Method for Detecting Structure and Constrained Motion | 865 |
A Learning Environment for Student Acquisition of Strategic Knowledge in Algebra | 883 |
A DynamicallyAdaptive UserInterface for Analytical ExpertSystems | 903 |
Expert Systems in the Nineties | 919 |
Al Research in Pacific Rim Countries | 929 |
Common terms and phrases
abductive Abstract action agent algorithm ambiguity analysis analyzer anaphora application approach Artificial Intelligence assumptions ATMS attributes Boolean causal clause complete components concept consists constraints constructed database decision tree defined described developed diagnostic dialogue dictionary disambiguation domain environment evaluation Event Calculus example execution expert system explanation extracted Figure formalism function goal grammar graph Hangul heuristic hierarchy hypothesis implemented inference input intention interface interpretation Japan Japanese knowledge base knowledge representation Korean label lexical logic program machine translation marker matching means mechanism method morpheme natural language node noun object operation output paper parallel parse tree parsing pattern phase predicate predicate completion problem procedure processor Prolog query reasoning recognition relation representation represented result rules selected semantic sentence shown solving speech synthesis structure syntactic task techniques terminal theory tion transformation tree variables verb word sense