Тухайн уламжлалт дифференциал тэгшитгэлийн онол ба практикум
EA
Biography
Enkhbolor Adiya is a faculty member in applied mathematics at the National University of Mongolia. Her research interests lie in image processing and computer vision — including image segmentation with fractional-order active contour models and real-time motion estimation — as well as fractional differential equations and multi-criteria decision making. Her work spans both theory and applications, from cell segmentation in microscopy to 3D input generation from motion trackers.
Publications
Хугацааны хувьд бутархай эрэмбийн хувьсах коэффициенттэй конвекц-диффузийн тэгшитгэлийн Ли бүлгийн ангилал
Special Functions and Their Applications
On the non-trivial solutions of quadratic equation over $\mathbb{Z}_n$
Special Functions and Their Applications
Noisy translation, rotation and scale stabilization of image sequences
Applied Mathematics 2021
Real-time motion estimation in frequency domain
Applied Mathematics 2021
Байгууламжийн оновчтой байршил сонгоход олон шалгуурт шийдвэр гаргалтын аргуудыг хэрэглэх нь
Mongolian Journal of Engineering and Applied Sciences
Some Methods of Multiple Criteria Decision-Making Aid
7th International Conference on Optimization, Simulation and Control
3D Input Generation from 6-DOF Trackers
International Conference on Optimization, Simulation and Control
Active contour model with fractional order derivative
Applied Mathematics 2020
Review study: 3D input generation by real-time motion estimation in frequency and spatial domain
Applied Mathematics 2020
Motion estimations from a monocular image: Error analysis on motion characteristics of a moving object
Applied Mathematics 2020
An image segmentation algorithm using global and local image fitting energy based on fractional derivative
International Conference on Optimization, Simulation and Control
Comparison of nonlinear and linear equations for motion estimation from point correspondences
6th International Conference on Optimization, Simulation and Control
Cell Segmentation in Phase Contrast Microscopy by Constrained Optimization
International Journal of E-Health and Medical Communications