DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD

Aspects of total favouring of large or small beneficiaries in proportional apportionments of entities using linear divisor methods (LDM) are discussed in the paper. In this aim, the requirements of apportionments compliance with linear divisor methods’ solution were defined and the conditions o...

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Main Author: Ion BOLUN
Format: Article
Language:English
Published: Academy of the Economic Studies of Moldova 2021-03-01
Series:Economica
Subjects:
Online Access:https://irek.ase.md/xmlui/bitstream/handle/123456789.1/13/Bolun_Ion_%20ec_2021_1.pdf?sequence=1&isAllowed=y
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spelling doaj-36b6f1e07ef64824940982573ce787882021-07-13T07:37:30ZengAcademy of the Economic Studies of MoldovaEconomica1810-91361810-91362021-03-011115109122DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHODIon BOLUN0ASEMAspects of total favouring of large or small beneficiaries in proportional apportionments of entities using linear divisor methods (LDM) are discussed in the paper. In this aim, the requirements of apportionments compliance with linear divisor methods’ solution were defined and the conditions of LDM apportionments compliance with the requirements of total favouring large or small beneficiaries were determined. Subsequently, the A1 algorithm for determining the LDM apportionments which totally favour beneficiaries was elaborated. Using A1, calculations for three examples were performed, obtaining: a d’Hondt method’s apportionment which totally favours large beneficiaries, a Sainte-Laguë method’s apportionment which totally favours large beneficiaries and a Dependent linear divisor method’s apportionment which totally favors small beneficiaries. Obtained results confirm the opportunity of using the algorithm A1 for the determining of LDM apportionments which totally favour large beneficiaries or, on the contrary, the small ones.https://irek.ase.md/xmlui/bitstream/handle/123456789.1/13/Bolun_Ion_%20ec_2021_1.pdf?sequence=1&isAllowed=yalgorithmapportionment methodapportionment method’s solutionlinear divisor methodrequirements of total favouring.
collection DOAJ
language English
format Article
sources DOAJ
author Ion BOLUN
spellingShingle Ion BOLUN
DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD
Economica
algorithm
apportionment method
apportionment method’s solution
linear divisor method
requirements of total favouring.
author_facet Ion BOLUN
author_sort Ion BOLUN
title DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD
title_short DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD
title_full DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD
title_fullStr DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD
title_full_unstemmed DETERMINING TOTAL FAVOURING APPORTIONMENTS USING THE GENERAL LINEAR DIVISOR METHOD
title_sort determining total favouring apportionments using the general linear divisor method
publisher Academy of the Economic Studies of Moldova
series Economica
issn 1810-9136
1810-9136
publishDate 2021-03-01
description Aspects of total favouring of large or small beneficiaries in proportional apportionments of entities using linear divisor methods (LDM) are discussed in the paper. In this aim, the requirements of apportionments compliance with linear divisor methods’ solution were defined and the conditions of LDM apportionments compliance with the requirements of total favouring large or small beneficiaries were determined. Subsequently, the A1 algorithm for determining the LDM apportionments which totally favour beneficiaries was elaborated. Using A1, calculations for three examples were performed, obtaining: a d’Hondt method’s apportionment which totally favours large beneficiaries, a Sainte-Laguë method’s apportionment which totally favours large beneficiaries and a Dependent linear divisor method’s apportionment which totally favors small beneficiaries. Obtained results confirm the opportunity of using the algorithm A1 for the determining of LDM apportionments which totally favour large beneficiaries or, on the contrary, the small ones.
topic algorithm
apportionment method
apportionment method’s solution
linear divisor method
requirements of total favouring.
url https://irek.ase.md/xmlui/bitstream/handle/123456789.1/13/Bolun_Ion_%20ec_2021_1.pdf?sequence=1&isAllowed=y
work_keys_str_mv AT ionbolun determiningtotalfavouringapportionmentsusingthegenerallineardivisormethod
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