More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields

Recently, some specific random fields have been defined based on multivariate distributions. This paper will show that almost all these random fields have a deficiency in spatial autocorrelation structure. The paper recommends a method for coping with this problem. Another application of these rando...

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Main Authors: Mohammad Mehdi Saber, Ramy Abdelhamid Aldallal
Format: Article
Language:English
Published: Wiley 2022-01-01
Series:Complexity
Online Access:http://dx.doi.org/10.1155/2022/9712576
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author Mohammad Mehdi Saber
Ramy Abdelhamid Aldallal
author_facet Mohammad Mehdi Saber
Ramy Abdelhamid Aldallal
author_sort Mohammad Mehdi Saber
collection DOAJ
description Recently, some specific random fields have been defined based on multivariate distributions. This paper will show that almost all these random fields have a deficiency in spatial autocorrelation structure. The paper recommends a method for coping with this problem. Another application of these random fields is spatial data prediction, and the Kriging estimator is the most widely used method that does not require defining the mentioned random fields. Although it is an unbiased estimator with a minimum mean-squared error, it does not necessarily have a minimum mean-squared error in the class of all linear estimators. In this work, a biased estimator is introduced with less mean-squared error than the Kriging estimator under some conditions. Asymptotic behavior of its basic component will be investigated too.
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spelling doaj-art-45e4c0dc7cdf4ac1886fd0a7667fdf3d2025-08-20T02:39:19ZengWileyComplexity1099-05262022-01-01202210.1155/2022/9712576More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random FieldsMohammad Mehdi Saber0Ramy Abdelhamid Aldallal1Department of StatisticsCollege of Business Administration in Hotat Bani TamimRecently, some specific random fields have been defined based on multivariate distributions. This paper will show that almost all these random fields have a deficiency in spatial autocorrelation structure. The paper recommends a method for coping with this problem. Another application of these random fields is spatial data prediction, and the Kriging estimator is the most widely used method that does not require defining the mentioned random fields. Although it is an unbiased estimator with a minimum mean-squared error, it does not necessarily have a minimum mean-squared error in the class of all linear estimators. In this work, a biased estimator is introduced with less mean-squared error than the Kriging estimator under some conditions. Asymptotic behavior of its basic component will be investigated too.http://dx.doi.org/10.1155/2022/9712576
spellingShingle Mohammad Mehdi Saber
Ramy Abdelhamid Aldallal
More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields
Complexity
title More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields
title_full More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields
title_fullStr More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields
title_full_unstemmed More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields
title_short More Efficient Prediction for Ordinary Kriging to Solve a Problem in the Structure of Some Random Fields
title_sort more efficient prediction for ordinary kriging to solve a problem in the structure of some random fields
url http://dx.doi.org/10.1155/2022/9712576
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AT ramyabdelhamidaldallal moreefficientpredictionforordinarykrigingtosolveaprobleminthestructureofsomerandomfields