Difference: Papers20100623102221 (1 vs. 4)

Revision 42010-08-13 - TheresiaFreska

 
META TOPICPARENT name="AI_GEOSTATSPapers"
Title: Spatial Interpolation Using Fuzzy Reasoning and Genetic Algorithms

Date: 1 May 1998

Authors: Yuantu Huang, Patrick Wong, Tom Gedeon

Link: Huang.pdf

Abstract:

This paper demonstrates the use of dynamic fuzzy-reasoning-based function estimator (DFFE) to interpolate rainfall data in a case study in Switzerland. The functional parameters are also optimised by genetic algorithms (GA). The procedure operates on a series of overlapping partition surfaces around the study area based on expert knowledge and interpretive judgment. The procedure allows for spatial interpolation and extrapolation in a higher-dimensional space.

REFERENCE:

Journal of Geographic Information and Decision Analysis, Vol. 2., No. 2, pp. 204-214, 1998.

KEYWORDS: spatial interpolation, fuzzy approximate reasoning, genetic algorithms, overlapping partition surface, defuzzification.

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META FILEATTACHMENT attachment="Huang.pdf" attr="h" comment="" date="1280006643" name="Huang.pdf" path="Huang.pdf" size="493265" stream="Huang.pdf" tmpFilename="\2LnHpwSn5B" user="BaseUserMapping_333" version="2"
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META FILEATTACHMENT attachment="Huang.pdf" attr="" comment="" date="1280006643" name="Huang.pdf" path="Huang.pdf" size="493265" stream="Huang.pdf" tmpFilename="\2LnHpwSn5B" user="BaseUserMapping_333" version="2"
 

Revision 32010-07-24 - TWikiAdminUser

 
META TOPICPARENT name="AI_GEOSTATSPapers"
Title: Spatial Interpolation Using Fuzzy Reasoning and Genetic Algorithms
Changed:
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<		Date:
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>		Date: 1 May 1998
 
Changed:
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<		Authors: Yuantu Huang , Patrick Wong , Tom Gedeon
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>		Authors: Yuantu Huang, Patrick Wong, Tom Gedeon
 
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<		Link: fileadmin/Documents/SIC97_GIDA/Huang.pdf
>
>		Link: Huang.pdf
  Abstract:
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>		This paper demonstrates the use of dynamic fuzzy-reasoning-based function estimator (DFFE) to interpolate rainfall data in a case study in Switzerland. The functional parameters are also optimised by genetic algorithms (GA). The procedure operates on a series of overlapping partition surfaces around the study area based on expert knowledge and interpretive judgment. The procedure allows for spatial interpolation and extrapolation in a higher-dimensional space.
 REFERENCE:

Journal of Geographic Information and Decision Analysis, Vol. 2., No. 2, pp. 204-214, 1998.

Deleted:
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<		This paper demonstrates the use of dynamic fuzzy-reasoning-based function estimator (DFFE) to interpolate rainfall data in a case study in Switzerland. The functional parameters are also optimised by genetic algorithms (GA). The procedure operates on a series of overlapping partition surfaces around the study area based on expert knowledge and interpretive judgment. The procedure allows for spatial interpolation and extrapolation in a higher-dimensional space.
 KEYWORDS: spatial interpolation, fuzzy approximate reasoning, genetic algorithms, overlapping partition surface, defuzzification.

-- TWikiAdminUser - 2010-06-16

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>
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META FILEATTACHMENT attachment="Huang.pdf" attr="" comment="" date="1280006643" name="Huang.pdf" path="Huang.pdf" size="493265" stream="Huang.pdf" tmpFilename="\2LnHpwSn5B" user="BaseUserMapping_333" version="2"

Revision 22010-07-23 - TWikiAdminUser

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META TOPICPARENT name="GeostatisticsPapers"
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META TOPICPARENT name="AI_GEOSTATSPapers"
 Title: Spatial Interpolation Using Fuzzy Reasoning and Genetic Algorithms

Date:

Authors: Yuantu Huang , Patrick Wong , Tom Gedeon

Link: fileadmin/Documents/SIC97_GIDA/Huang.pdf

Abstract:

REFERENCE:

Journal of Geographic Information and Decision Analysis, Vol. 2., No. 2, pp. 204-214, 1998.

This paper demonstrates the use of dynamic fuzzy-reasoning-based function estimator (DFFE) to interpolate rainfall data in a case study in Switzerland. The functional parameters are also optimised by genetic algorithms (GA). The procedure operates on a series of overlapping partition surfaces around the study area based on expert knowledge and interpretive judgment. The procedure allows for spatial interpolation and extrapolation in a higher-dimensional space.

KEYWORDS: spatial interpolation, fuzzy approximate reasoning, genetic algorithms, overlapping partition surface, defuzzification.

-- TWikiAdminUser - 2010-06-16

Revision 12010-06-23 - TWikiAdminUser

 
META TOPICPARENT name="GeostatisticsPapers"
Title: Spatial Interpolation Using Fuzzy Reasoning and Genetic Algorithms

Date:

Authors: Yuantu Huang , Patrick Wong , Tom Gedeon

Link: fileadmin/Documents/SIC97_GIDA/Huang.pdf

Abstract:

REFERENCE:

Journal of Geographic Information and Decision Analysis, Vol. 2., No. 2, pp. 204-214, 1998.

This paper demonstrates the use of dynamic fuzzy-reasoning-based function estimator (DFFE) to interpolate rainfall data in a case study in Switzerland. The functional parameters are also optimised by genetic algorithms (GA). The procedure operates on a series of overlapping partition surfaces around the study area based on expert knowledge and interpretive judgment. The procedure allows for spatial interpolation and extrapolation in a higher-dimensional space.

KEYWORDS: spatial interpolation, fuzzy approximate reasoning, genetic algorithms, overlapping partition surface, defuzzification.

-- TWikiAdminUser - 2010-06-16

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