Takharuj-Based Model to Optimize Productive Land Distribution

Most Muslims believe that Faraid is the ultimate rule to distribute inheritance.Faraid implementation may cause issueson land distribution. When a small piece ofland is subdivided among the legal heirs,the portion of land received might beinsufficient to even build a house. Theawareness on Takharuj...

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Published in:Global Journal Al-Thaqafah
Main Author: Noordin N.; Kadir N.A.; Anuar D.S.M.S.
Format: Article
Language:English
Published: Universiti Sultan Azlan Shah 2021
Online Access:https://www.scopus.com/inward/record.uri?eid=2-s2.0-85124145835&partnerID=40&md5=de02915eaa5b503e710602936cff38d5
id 2-s2.0-85124145835
spelling 2-s2.0-85124145835
Noordin N.; Kadir N.A.; Anuar D.S.M.S.
Takharuj-Based Model to Optimize Productive Land Distribution
2021
Global Journal Al-Thaqafah
11
2

https://www.scopus.com/inward/record.uri?eid=2-s2.0-85124145835&partnerID=40&md5=de02915eaa5b503e710602936cff38d5
Most Muslims believe that Faraid is the ultimate rule to distribute inheritance.Faraid implementation may cause issueson land distribution. When a small piece ofland is subdivided among the legal heirs,the portion of land received might beinsufficient to even build a house. Theawareness on Takharuj concept which isbased on mutual consent in inheritancedistribution may help solve this problem.The aim of this research is to optimize landdistribution and land use. Specificassumptions were made to lineage, familyties and land criteria. This article reports theuse of Goal Programming to formulate aTakharuj-based model that can solve issuesregarding productivity of land that has beendistributed using Faraid laws. Goals set forthe programming were to minimize thedeviations for the portion of land and tominimize the number of heirs who owns thepiece of land after combination. A list ofpossible combinations of the arable landsize was generated. The model was able toselect the optimal combination based on theminimum weighted sum of deviations fromthe goals that were set. Therefore, thisresearch has successfully provided a usefulTakharuj-based model to optimize thearable land size where the land owned byeach qualified heir can be categorized as a productive land to be developed © 2021, Global Journal Al-Thaqafah. All Rights Reserved.
Universiti Sultan Azlan Shah
22320474
English
Article

author Noordin N.; Kadir N.A.; Anuar D.S.M.S.
spellingShingle Noordin N.; Kadir N.A.; Anuar D.S.M.S.
Takharuj-Based Model to Optimize Productive Land Distribution
author_facet Noordin N.; Kadir N.A.; Anuar D.S.M.S.
author_sort Noordin N.; Kadir N.A.; Anuar D.S.M.S.
title Takharuj-Based Model to Optimize Productive Land Distribution
title_short Takharuj-Based Model to Optimize Productive Land Distribution
title_full Takharuj-Based Model to Optimize Productive Land Distribution
title_fullStr Takharuj-Based Model to Optimize Productive Land Distribution
title_full_unstemmed Takharuj-Based Model to Optimize Productive Land Distribution
title_sort Takharuj-Based Model to Optimize Productive Land Distribution
publishDate 2021
container_title Global Journal Al-Thaqafah
container_volume 11
container_issue 2
doi_str_mv
url https://www.scopus.com/inward/record.uri?eid=2-s2.0-85124145835&partnerID=40&md5=de02915eaa5b503e710602936cff38d5
description Most Muslims believe that Faraid is the ultimate rule to distribute inheritance.Faraid implementation may cause issueson land distribution. When a small piece ofland is subdivided among the legal heirs,the portion of land received might beinsufficient to even build a house. Theawareness on Takharuj concept which isbased on mutual consent in inheritancedistribution may help solve this problem.The aim of this research is to optimize landdistribution and land use. Specificassumptions were made to lineage, familyties and land criteria. This article reports theuse of Goal Programming to formulate aTakharuj-based model that can solve issuesregarding productivity of land that has beendistributed using Faraid laws. Goals set forthe programming were to minimize thedeviations for the portion of land and tominimize the number of heirs who owns thepiece of land after combination. A list ofpossible combinations of the arable landsize was generated. The model was able toselect the optimal combination based on theminimum weighted sum of deviations fromthe goals that were set. Therefore, thisresearch has successfully provided a usefulTakharuj-based model to optimize thearable land size where the land owned byeach qualified heir can be categorized as a productive land to be developed © 2021, Global Journal Al-Thaqafah. All Rights Reserved.
publisher Universiti Sultan Azlan Shah
issn 22320474
language English
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