2023 | A family of stationary subdivision schemes with the fourth-order accuracy, C2 smoothness and shape preserving properties | 김진영 | Master's Thesis |
2012 | A New Iterative Non-Local Means for Image Denoising | 최보수 | Master's Thesis |
2024 | An Adapted Interpolation Method for Generating C2 Surfaces around Extraordinary Vertices of Quadrilateral Meshes | 김경미 | Master's Thesis |
2024 | An improved edge detection method based on exponential polynomial annihilation technique | 김규리 | Master's Thesis |
2019 | Analysis on the Annihilating Property of Filters in the Denoising Auto-Encoder | 송하영 | Master's Thesis |
2021 | Blind Image Deblurring via Low Rank Minimization and Outlier Dependent Function | 정원경 | Master's Thesis |
2015 | Construction of a New Denoising Scheme Based on the MLS-TV Model | 하정민 | Master's Thesis |
2017 | Construction of a New Edge Detection Method based on Least-squares constraints | 정지윤 | Master's Thesis |
2013 | Construction of a Non-linear Quasi-interpolation Based on the Cubic B-splines | 양효선 | Master's Thesis |
2020 | Construction of an Improved Edge Detection Method based on the Modifed Moving Least Square Approximation | 최보윤 | Master's Thesis |
2010 | Data-adaptive Image Zooming based on Moving Least-squares | 조하나 | Master's Thesis |
2017 | Development of Weighted Essentially Non-Oscillatory Schemes Based on Exponential Polynomials | 양효선 | Doctoral Thesis |
2009 | Directional Interpolation for Image Zooming based on Gaussian Functions | 박은영 | Master's Thesis |
2018 | Image Denoising Method based on Low Rank Minimization | 박윤진 | Master's Thesis |
2011 | Image Zooming Method based on Data Adapted Moving Least Squares using Non-Local Penalty Function | 이상아 | Master's Thesis |
2016 | Image Zooming Method based on Data-adapted Moving Least Hd for Salt-and-Pepper Noise | 최예지 | Master's Thesis |
2020 | Improved Poisson-Gaussian Denoising Method Based on Weighted Nuclear Norm Minimization | 전세희 | Master's Thesis |
2022 | Multi-channel Color Image Denoising via Low Rank Minimization | 어서연 | Master's Thesis |