Transactions of the Japan Society for Computational Engineering and Science
Online ISSN : 1347-8826
ISSN-L : 1344-9443
Concept design of Cognitive methodology based Data Analysis System
-Application to Seismic Analysis using Finite Element Method-
Chiaki KinoYoshio SuzukiAkemi NishidaNoriyuki KushidaSachiko HayashiNorihiro Nakajima
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2008 Volume 2008 Pages 20080018

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Abstract
We have conducted research and development of the Cognitive methodology based Data Analysis System (CDAS) which supports researchers to analyze large scale data efficiently and comprehensively. In data analysis, it is important to evaluate whether data is valid or not and whether data is meaningful from a scientific viewpoint. Traditionally, much of analysis process has been carried out by humans. However, when the scale of data is extremely large, data analysis is beyond the recognition capability of humans. The basic idea of CDAS is that computers execute data analysis instead of humans. In the present study, we analyzed data analysis process and showed three necessary functions (Verification and Validation: VV, Data Diagnosis: DD and Synthesis) for the design of CDAS. VV and DD functions are executed on gird computing environment and findings output from these functions are integrated on Synthesis functions. Finally CDAS displayed only useful information to human. We have applied the system to the virtual plant vibration simulator and succeeded in analyzing large scale data reaching to 1TB thoroughly for the first time.
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© 2008 The Japan Society For Computational Engineering and Science
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