Through mathematical models, we aim to contribute to the understanding of major issues and problems that confront researchers in various fields such as the natural and social sciences, communications, and information technology. Through research into precise and effective methods of analysis, interpretation, and optimization, we also hope to secure the fundamental theory and technology necessary to solve such problems, and thereby contribute to the advancement of science and the prosperity of the nation.
a Field of study
Develop a novel method and model for advanced mathematical analysis. Extend the application of advanced mathematical analytic methods to general problems in scientific fields and in society. Develop a sharing platform for the analysis and processing of data.
Development of a hybrid mathematical model composed of multilevel models to better reconstruct the complex dynamic systems of the cardiovascular system Development of models of atherosclerosis, heart diseases, and hypertension that can be used to elucidate pathophysiology and contribute to early detection technologies Engineering of disease models customized to individual patients
Development of a lightweight cryptographic algorithm for internet security in the Internet of Things, based on mathematical hard problems that are resistant to quantum computing Design of a specialized cryptographic algorithm using lightweight cryptographic algorithms, and proof of the safety of the above as an encryption method
We study arthmetic function theory and their applications. Using these study, we applied tree model in real time echo system, analysis of efficient education, etc.
Development and study of individual-based ecosystem models based on termites Development and study of an ecological model based on individuals capable of strategic activity
Division of Mathematical Models Hyon, YunKyong