Open Data Analytical Model for Human Development Index Optimization to Support Government Policy
A. Alamsyah, T.T. Gustyana, A.D. Fajaryanto, D. Septiafani

TL;DR
This paper demonstrates how open government data can be analyzed using neural networks and clustering to predict and understand Human Development Index variations across Indonesian regions, aiding policy decisions.
Contribution
It introduces a method combining classification and clustering on open government data to predict and analyze Human Development Index levels in Indonesia.
Findings
Neural network classification effectively categorizes regions by HDI levels.
K-means clustering reveals characteristic groupings related to GDP and HDI.
Open data analysis supports policy-making with data-driven insights.
Abstract
The transparency nature of Open Data is beneficial for citizens to evaluate government work performance. In Indonesia, each government bodies or ministry have their own standard operating procedure on data treatment resulting in incoherent information between agent and likely to miss valuable insight. Therefore, our motivation is to show the advantage of Open Data movement to support unified government decision making. We use the dataset from data.go.id which publish official data from each government bodies. The idea is by using those official but limited data, we can find important pattern. The case study is on Human Development Index value prediction and its clustered nature. We explore the data pattern using two important data analytics methods classification and clustering procedure. Data analytics is the collection of activities to reveal unknown data pattern. Specifically, we…
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Taxonomy
TopicsData Mining and Machine Learning Applications · Big Data Technologies and Applications · Data Mining Algorithms and Applications
