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The Vital Bug Location Methodology

by John Domingue, Marc Eisenstadt, Blaine Price - INTERNAL RELEASE OU/231/P/2, ESPRIT PROJECT P5365 VITAL , 1993
"... In this document we discuss the methodology for locating bugs within the VITAL workbench. ..."
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In this document we discuss the methodology for locating bugs within the VITAL workbench.

VITAL Knowledge Representation Language Specification

by Enrico Motta, Arthur Stutt, Kieron O'Hara, Juha Kuusela, Hannu Toivonen, Han Reichgelt, Stuart Watt, Stuart Aitken, François Verbeck , 1991
"... : In this document the knowledge representation component of the VITAL workbench is specified. Authors: Enrico Motta, Arthur Stutt, Kieron O'Hara, Juha Kuusela, Hannu Toivonen, Han Reichgelt, Stuart Watt, Stuart Aitken, François Verbeck. IMPORTANT NOTE: Working Paper The status of this document ..."
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: In this document the knowledge representation component of the VITAL workbench is specified. Authors: Enrico Motta, Arthur Stutt, Kieron O'Hara, Juha Kuusela, Hannu Toivonen, Han Reichgelt, Stuart Watt, Stuart Aitken, François Verbeck. IMPORTANT NOTE: Working Paper The status

Initial Formulation of the Vital-KR Framework

by Enrico Motta, Bull Bull, Cediag Ac, Andersen Consulting , 1991
"... : In this document we propose and discuss a framework for the knowledge representation component of the Vital workbench. We argue that the framework described here, organized around a two-layer architecture, allows us to support the engineering side of knowledge based systems (KBSs) development, whi ..."
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: In this document we propose and discuss a framework for the knowledge representation component of the Vital workbench. We argue that the framework described here, organized around a two-layer architecture, allows us to support the engineering side of knowledge based systems (KBSs) development

An Overview of the OCML Modelling Language

by Enrico Motta - In Proceedings KEML'98: 8th Workshop on Knowledge Engineering Methods & Languages , 1998
"... . This paper provides an overview of the OCML modelling language: it illustrates the underlying philosophy, describes the main modelling constructs provided, and compares it to other modelling languages. 1. INTRODUCTION OCML 1 was originally developed in the context of the VITAL project (Shadbolt ..."
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(Shadbolt et al., 1993) to provide operational modelling capabilities for the VITAL workbench (Domingue et al., 1993). Over the years the language has undergone a number of changes and improvements and in what follows we will provide an overview of the current version of the language (v5.1), illustrate its

Applying a Machine Learning Workbench: Experience with Agricultural Databases

by Stephen R. Garner, Sally Jo Cunningham, Geoffrey Holmes, Craig G. Nevill-Manning, Ian H. Witten , 1995
"... This paper reviews our experience with the application of machine learning techniques to agricultural databases. We have designed and implemented a machine learning workbench, WEKA, which permits rapid experimentation on a given dataset using a variety of machine learning schemes, and has several f ..."
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This paper reviews our experience with the application of machine learning techniques to agricultural databases. We have designed and implemented a machine learning workbench, WEKA, which permits rapid experimentation on a given dataset using a variety of machine learning schemes, and has several

Applying a Machine Learning Workbench: Experience with Agricultural Databases

by Stephen Garner Sally, Stephen R. Garner, Sally Jo Cunningham, Geoffrey Holmes, Craig G. Nevill-manning, Ian H. Witten - In Proc. of the New Zealand Computer Science Research Students Conference , 1995
"... This paper reviews our experience with the application of machine learning techniques to agricultural databases. We have designed and implemented a machine learning workbench, WEKA, which permits rapid experimentation on a given dataset using a variety of machine learning schemes, and has seve ..."
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This paper reviews our experience with the application of machine learning techniques to agricultural databases. We have designed and implemented a machine learning workbench, WEKA, which permits rapid experimentation on a given dataset using a variety of machine learning schemes, and has

Attentive Workbench: An Intelligent Production Cell Supporting Human Workers

by Prof J. Ota, Prof T. Arai
"... In recent years, manufacturers are required to maintain wide variety of product lineups according to diversifying consumer trends. Instead of conventional manufacturing lines, cell production systems, in which a single human worker assembles each product from start to finish almost manually, have co ..."
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production system.To meet diverse needs with fewer labor forces, we propose attentive workbench (AWB), shown in Fig.1, together with researchers in the University of Tokyo, such as Prof. Takamasu in the Dept. of Precision Engineering and Lecturer Kotani in School of Frontier Science. AWB recognizes

Attentive Workbench: An Intelligent Production Cell Supporting Human Workers

by Masao Sugi, Makoto Nikaido, Yusuke Tamura, Jun Ota
"... In recent years, manufacturers are required to maintain wide variety of product lineups according to diversifying consumer trends. Instead of conventional manufacturing lines, cell production systems, in which a single human worker assembles each product from start to finish almost manually, have co ..."
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production system. To meet diverse needs with fewer labor forces, we propose attentive workbench (AWB), shown in Fig.1, together with researchers in the University of Tokyo, such as Prof. Takamasu in the Dept. of Precision Engineering and Lecturer Kotani in School of Frontier Science. AWB recognizes

STRESS ANALYSIS SPUR GEAR DESIGN BY USING ANSYS WORKBENCH

by Pradeep Kumar Singh, Manwendra Gautam, Shyam Bihari Lal
"... A gear is a rotating machine part having cut tooth, which mesh with another toothed part in order to transmit torque. Gears are mainly type like spur gears, helical gears, double helical gears, bevel gears, crown gears, hypoid gears, worm gears, rack and pinion, epicyclic gears etc. The application ..."
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of these gears fled from tiny wrist watches to huge machinery equipment gears from vital elements of mechanism in many machines such as automobile, aerospace industry, rolling mills, hoisting and transmitting machinery, marine engines, and the like. Parallel and co-planer shaft connected by gears are known

Existing Model-based Techniques Analysis

by Zdenek Zdráhal, Bull Bull, Cediag Ac, Andersen Consulting , 1992
"... : The methodology of general systems theory (GST) is briefly introduced. Existing model-based diagnostic techniques are described. Various tasks are analyzed within the conceptual framework of GST and it is shown that they can be derived from the basic paradigm of a system with a parallel model. It ..."
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- THE OPEN UNIVERSITY NOKIA - NOKIA RESEARCH CENTER * marked partners are involved in this task - 1 - 1. INTRODUCTION This report presents an overview of model-based diagnostic techniques which are expected to be applicable within VITAL i.e. which can be integrated into the VITAL workbench and supported
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