Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test
The study deals with the development of a mathematical simulation models for the income taxation system. The paper uses general scientific research methods (analysis, synthesis), mathematical simulation modeling techniques and substantiation of statistical hypotheses. This comprehensive approach is...
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Russian Academy of Sciences, Vologda Research Center
2019-03-01
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doaj-f8f65532b1d9451e96d39625a00f615a2020-11-25T02:57:30ZengRussian Academy of Sciences, Vologda Research CenterEconomic and Social Changes: Facts, Trends, Forecast2307-03312312-98242019-03-0112113815210.15838/esc.2019.1.61.8Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-TestTikhonova Anna V.0Financial University under the Government of the Russian FederationThe study deals with the development of a mathematical simulation models for the income taxation system. The paper uses general scientific research methods (analysis, synthesis), mathematical simulation modeling techniques and substantiation of statistical hypotheses. This comprehensive approach is carried out in two stages; this fact distinguished our present study from previously published works on the subject. Flat personal income tax rate is assumed as a basic condition of the system. An effective system of income taxation should take into account two mandatory conditions. The first condition relates to the budget and consists in the non-reduction of tax revenues of the consolidated budget of the Russian Federation. The second – social – condition is to eliminate excessive social inequality in the first five decile groups of citizens by income. In order to fulfill the first condition, we create a mathematical simulation model, which includes non-taxable minimum and tax deductions. In order to comply with the second condition, we propose to use Tukey’s q-test, which allows us to assess the degree of social inequality not only in the extreme deciles, but also in their pairwise comparison. We determine that the social condition can be tested with the use of the least significant differences (LSD). In conclusion, we note that our model can be used in the absence of budget constraints. Besides, we propose further directions to develop the methodology and create a system of differential equations that take into account tax, labor and other legislationhttp://esc.vscc.ac.ru/article/28078/full?_lang=ensocial inequalityincome taxationmathematical simulation modelingtukey’s q-testmathematical modelflat-rate taxation systemmodel conditions |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Tikhonova Anna V. |
spellingShingle |
Tikhonova Anna V. Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test Economic and Social Changes: Facts, Trends, Forecast social inequality income taxation mathematical simulation modeling tukey’s q-test mathematical model flat-rate taxation system model conditions |
author_facet |
Tikhonova Anna V. |
author_sort |
Tikhonova Anna V. |
title |
Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test |
title_short |
Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test |
title_full |
Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test |
title_fullStr |
Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test |
title_full_unstemmed |
Mathematical Simulation Modeling of the Income Taxation System with the Use of Tukey’s Q-Test |
title_sort |
mathematical simulation modeling of the income taxation system with the use of tukey’s q-test |
publisher |
Russian Academy of Sciences, Vologda Research Center |
series |
Economic and Social Changes: Facts, Trends, Forecast |
issn |
2307-0331 2312-9824 |
publishDate |
2019-03-01 |
description |
The study deals with the development of a mathematical simulation models for the income taxation system. The paper uses general scientific research methods (analysis, synthesis), mathematical simulation modeling techniques and substantiation of statistical hypotheses. This comprehensive approach is carried out in two stages; this fact distinguished our present study from previously published works on the subject. Flat personal income tax rate is assumed as a basic condition of the system. An effective system of income taxation should take into account two mandatory conditions. The first condition relates to the budget and consists in the non-reduction of tax revenues of the consolidated budget of the Russian Federation. The second – social – condition is to eliminate excessive social inequality in the first five decile groups of citizens by income. In order to fulfill the first condition, we create a mathematical simulation model, which includes non-taxable minimum and tax deductions. In order to comply with the second condition, we propose to use Tukey’s q-test, which allows us to assess the degree of social inequality not only in the extreme deciles, but also in their pairwise comparison. We determine that the social condition can be tested with the use of the least significant differences (LSD). In conclusion, we note that our model can be used in the absence of budget constraints. Besides, we propose further directions to develop the methodology and create a system of differential equations that take into account tax, labor and other legislation |
topic |
social inequality income taxation mathematical simulation modeling tukey’s q-test mathematical model flat-rate taxation system model conditions |
url |
http://esc.vscc.ac.ru/article/28078/full?_lang=en |
work_keys_str_mv |
AT tikhonovaannav mathematicalsimulationmodelingoftheincometaxationsystemwiththeuseoftukeysqtest |
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1724710796356747264 |