Eigenvalue Elasticity and Sensitivity Analyses of the Transmission Dynamic Model of Corruption

Author:

Binuyo Adeyemi Olukayode

Abstract

In this paper, the eigenvalue elasticity and sensitivity values of the mathematical model of transmission dynamics of corruption were obtained and presented using the eigenvalue elasticity and sensitivity analysis methods. The parameter with the greatest impact on the mathematical model was determined using the methods. This parameter will assist the government on how to reduce and provide measures to eradicate corrupt practices among the populace. From the mathematical model of corruption presented, it was obtained that the effective contact rate of corruption has the highest value when using the eigenvalue elasticity and sensitivity analysis.

Publisher

Nigerian Society of Physical Sciences

Subject

General Physics and Astronomy,General Mathematics,General Chemistry

Reference8 articles.

1. U. M. P. Okwuagbala, ``Corruption in Nigeria: Review, Causes and Solutions", 2018.

2. O. A. Oyinlola, Corruption Eradication in Nigeria: An Appraisal, Library Philosophy and Practice, 2011.

3. S. Abdulrahman, ``Stability Analysis of the transmission dynamics and control of corruption", The Pacific Journal of Science and Technology, 15 (2014) 99.

4. A. O. Binuyo, ``Eigenvalue Elasticity Analysis of an SEIRC epidemic model for an infectious disease'', Elixir Electrical Engineering Online Journal 53 (2012) 11928.

5. F. Y. Eguda, F. Oguntolu & T. Ashezua, ``Understanding the Dynamics of Corruption using Mathematical Modelling Approach'', International Journal of Innovative Science, Engineering & Technology 4 (2017) 190.

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