Applications of Artificial Intelligence in Engineering VIII: Applications and Techniques Vol 2
Proceedings of the Eighth International Conference on Applications of Artificial Intelligence in Engineering Aieng/93, Toulouse, France, 1993
Published on 31. July 1993
Book
Paperback/Softback
978-1-85166-839-7 (ISBN)
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Description
This is Volume Two of a two-volume set which contains the edited versions of papers presented at the Eighth International Conference on Applications of Artificial Intelligence in Engineering, held in Toulouse, France in 1993. The conference has established itself as an international and unique forum for the presentation of the latest research and development in the application of artificial intelligence in the fields of engineering. After an uncertain beginning, artificial intelligence in engineering, has now become more realistic, efficient and competitive. The increasing range of real-world applications of artificial intelligence, the integration of artificial intelligence technology with other engineering technologies and the development of new artificial intelligence methods, especially suited to engineering, are reflected in this book. This trend is manifested by the number of papers focusing on artificial intelligence in high-tech engineering as well as on artificial intelligence original tools and techniques for engineering.
The chapters reflect an emphasis on aeronautics and space, autonomous robots, scheduling, engineering modelling and analysis, simulation, human/computer interface and qualitative reasoning, while more traditional topics such as process control, manufacturing, design and neural networks are also covered extensively. From the large number of papers submitted to the conference, this volume contains those selected by the editors, the local committee and the advisory board. The papers have been grouped under the following headings: aeronautics and space, human-computer interface and information systems, simulation, knowledge acquisition and life cycle management, process control, applied qualitative reasoning, engineering modelling and analysis, autonomous systems, robotics, scheduling, reliability and safety, neural networks and manufacturing. This book should be valuable for engineers and scientists interested in gaining a fuller understanding of current developments in artificial intelligence.
This is Volume Two of a two-volume set which contains the edited versions of papers presented at the Eighth International Conference on Applications of Artificial Intelligence in Engineering, held in Toulouse, France in 1993. The conference has established itself as an international and unique forum for the presentation of the latest research and development in the application of artificial intelligence in the fields of engineering. After an uncertain beginning, artificial intelligence in engineering, has now become more realistic, efficient and competitive. The increasing range of real-world applications of artificial intelligence, the integration of artificial intelligence technology with other engineering technologies and the development of new artificial intelligence methods, especially suited to engineering, are reflected in this book. This trend is manifested by the number of papers focusing on artificial intelligence in high-tech engineering as well as on artificial intelligence original tools and techniques for engineering.
The chapters reflect an emphasis on aeronautics and space, autonomous robots, scheduling, engineering modelling and analysis, simulation, human/computer interface and qualitative reasoning, while more traditional topics such as process control, manufacturing, design and neural networks are also covered extensively. From the large number of papers submitted to the conference, this volume contains those selected by the editors, the local committee and the advisory board. The papers have been grouped under the following headings: aeronautics and space, human-computer interface and information systems, simulation, knowledge acquisition and life cycle management, process control, applied qualitative reasoning, engineering modelling and analysis, autonomous systems, robotics, scheduling, reliability and safety, neural networks and manufacturing. This book should be valuable for engineers and scientists interested in gaining a fuller understanding of current developments in artificial intelligence.
The chapters reflect an emphasis on aeronautics and space, autonomous robots, scheduling, engineering modelling and analysis, simulation, human/computer interface and qualitative reasoning, while more traditional topics such as process control, manufacturing, design and neural networks are also covered extensively. From the large number of papers submitted to the conference, this volume contains those selected by the editors, the local committee and the advisory board. The papers have been grouped under the following headings: aeronautics and space, human-computer interface and information systems, simulation, knowledge acquisition and life cycle management, process control, applied qualitative reasoning, engineering modelling and analysis, autonomous systems, robotics, scheduling, reliability and safety, neural networks and manufacturing. This book should be valuable for engineers and scientists interested in gaining a fuller understanding of current developments in artificial intelligence.
This is Volume Two of a two-volume set which contains the edited versions of papers presented at the Eighth International Conference on Applications of Artificial Intelligence in Engineering, held in Toulouse, France in 1993. The conference has established itself as an international and unique forum for the presentation of the latest research and development in the application of artificial intelligence in the fields of engineering. After an uncertain beginning, artificial intelligence in engineering, has now become more realistic, efficient and competitive. The increasing range of real-world applications of artificial intelligence, the integration of artificial intelligence technology with other engineering technologies and the development of new artificial intelligence methods, especially suited to engineering, are reflected in this book. This trend is manifested by the number of papers focusing on artificial intelligence in high-tech engineering as well as on artificial intelligence original tools and techniques for engineering.
The chapters reflect an emphasis on aeronautics and space, autonomous robots, scheduling, engineering modelling and analysis, simulation, human/computer interface and qualitative reasoning, while more traditional topics such as process control, manufacturing, design and neural networks are also covered extensively. From the large number of papers submitted to the conference, this volume contains those selected by the editors, the local committee and the advisory board. The papers have been grouped under the following headings: aeronautics and space, human-computer interface and information systems, simulation, knowledge acquisition and life cycle management, process control, applied qualitative reasoning, engineering modelling and analysis, autonomous systems, robotics, scheduling, reliability and safety, neural networks and manufacturing. This book should be valuable for engineers and scientists interested in gaining a fuller understanding of current developments in artificial intelligence.
More details
Language
English
Place of publication
Amsterdam
Netherlands
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Illustrations
index
ISBN-13
978-1-85166-839-7 (9781851668397)
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Content
Part 1 Aeronautics and space: The 1992-1996 programme of work in artificial intelligence at ESTEC. Towards intelligent assistants for operations and logistics. Part 2 Human-computer interface and information systems: Cartographic problem-solving in geographical information system for agriculture. Using allspeak to reverse engineers KBS specifications. Part 3 Simulation: Process simulation controlled by demons - an AI approach for predicting the reliability of electrical substation architectures prior to design. Forcing function and time delay in qualitative simulation. Part 4 Knowledge acquisition and life-cycle management: Conception of a workstation for knowledge acquisition. Diagnostics expert system for defects in forged parts. Part 5 Process control: Alexsys - an expert system for the aluminium pressure die casting industry. Graphical knowledge representation in the Alexip system for petrochemical process supervision. Part 6 Applied qualitative reasoning: Real-time model-based diagnosis of gas turbines. Qualitative internal (or fuzzy) simulation of complex continuous processes. Fitting information availability and accuracy requirements. Part 7 Engineering modelling and analysis: Analogical reasoning - an organic chemistry application. Aspects of structural definition and data gathering for fuzzy modelling. Part 8 Autonomous systems: Behaviour-based AI, cognitive processes and emergent behaviours in autonomous agents. A blackboard approach to the mission management for autononous underwater vechicle. Part 9 Robotics: Robust trajectory for mobile robot. Robot motion planning. Part 10 Scheduling: CIM.REFLEX - using expert system technology to achieve real-time shop-floor scheduling. Interactive activity scheduling with object-oriented constraint logic programming. Part 11 Reliability and safety: A study of AI action of current-limiting devices. Expert systems applied to safety in chemical engineering plants. Part 12 Neural networks: Machine-learning approach to design of complex distillation columns. Application of an artificial neural network to on-line control of a process. Part 13 Manufacturing: KASBA - a knowledge-based system for flexible assembly execution. Intelligent system for the selection of locating chart.