Public Sector Corruption Analysis with Modified K-means Algorithm Using Perception Data
Anik Pramanik, Amlan Sarker, Zabirul Islam, M. M. A. Hashem · 2020
Corruption in public sectors has received increased attention over the last few decades due to its widespread presence all over the globe. We assert that public sector corruption must be properly analyzed and detected as soon as possible so that preventive and corrective measures can be taken. Thus, we developed a model that uses a modified K-means approach, based on K-means algorithm, on perception data, to analyze corruption within the public sector. The model was applied to analyze the corruption within public sectors of Bangladesh. The public sector organizations were segmented based on their different levels of corruption and resultant clustering showed an accuracy of 87.5% with official corruption data as reference. This paper also demonstrates the architecture of a cloud based web-application, developed based on this model that adds robustness and autonomy to the intelligent system.