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PROGRAM FOR PROCESSING OF HISTORICAL LABORATORY DATA BASED ON FUZZY SET THEORY AS A TOOL FOR DECISION SUPPORT
作者姓名:J.KLAESSENS  J.VANSCHALKWIJK  P.COX  R.BEZEMER  B.VANDEGINSTE  G.KATEMAN
作者单位:Laboratorium voor Analytische Chemie University of Nijmegen,Toernooiveld,NL-6525 ED Nijmegen,The Netherlands,Laboratorium voor Analytische Chemie,University of Nijmegen,Toernooiveld,NL-6525 ED Nijmegen,The Netherlands,Laboratorium voor Analytische Chemie,University of Nijmegen,Toernooiveld,NL-6525 ED Nijmegen,The Netherlands,Laboratorium voor Analytische Chemie,University of Nijmegen,Toernooiveld,NL-6525 ED Nijmegen,The Netherlands,Laboratorium voor Analytische Chemie,University of Nijmegen,Toernooiveld,NL-6525 ED Nijmegen,The Netherlands,Laboratorium voor Analytische Chemie,University of Nijmegen,Toernooiveld,NL-6525 ED Nijmegen,The Netherlands
摘    要:A computer program(FEA)is presented for processing historical laboratory data.It performs on a list ofsample entries stored in a laboratory information management system.Using an algorithm which is basedon fuzzy set theory,FEA classifies the entries into a limited number of clusters called sample types.Theclassification is fully user-defined.The program transforms the historical data into a representation whichis more suitable for studying the performance of the laboratory or which can be used as preparation for asimulation project.


PROGRAM FOR PROCESSING OF HISTORICAL LABORATORY DATA BASED ON FUZZY SET THEORY AS A TOOL FOR DECISION SUPPORT
J.KLAESSENS,J.VANSCHALKWIJK,P.COX,R.BEZEMER,B.VANDEGINSTE,G.KATEMAN.PROGRAM FOR PROCESSING OF HISTORICAL LABORATORY DATA BASED ON FUZZY SET THEORY AS A TOOL FOR DECISION SUPPORT[J].Journal of Geographical Sciences,1988(1).
Authors:JKLAESSENS JVAN SCHALKWIJK PCOX RBEZEMER BVANDEGINSTE GKATEMAN Laboratorium voor Analytische Chemie  University of Nijmegen  Toernooivel  NL- ED Nijmegen  The Netherlands
Abstract:A computer program(FEA)is presented for processing historical laboratory data.It performs on a list of sample entries stored in a laboratory information management system.Using an algorithm which is based on fuzzy set theory,FEA classifies the entries into a limited number of clusters called sample types.The classification is fully user-defined.The program transforms the historical data into a representation which is more suitable for studying the performance of the laboratory or which can be used as preparation for a simulation project.
Keywords:Fuzzy set theory  Classification  Data reduction  Historical laboratory data
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