Follow
Marrick C. Neri
Marrick C. Neri
Institute of Mathematics, University of the Philippines Diliman
Verified email at math.upd.edu.ph
Title
Cited by
Cited by
Year
An Efficient Primal-Dual Method for TV Image Restoration
Y Dong, M Hintermüller, M Neri
SIAM Journal on Imaging Sciences 2 (4), 1168-1189, 2009
1042009
Total variation-based image inpainting and denoising using a primal-dual active set method
M Neri, ER Zara
Philippine Science Letters 7 (1), 97-103, 2014
162014
A primal-dual method for L1 TV image denoising
Y Dong, M Hintermuller, M Neri
SIAM Journal on Imaging Sciences 2, 1168-1189, 2009
122009
Decomposition-metaheuristic method applied to a capacitated facility location problem
MC Neri, AY Hermosilla
Proceedings of the Third Asian Mathematical Conference 2000, 389-403, 2002
32002
Simultaneous Image Inpainting and Denoising with TV-Based Active Set Method
M Neri, E Zara
Proceedings: 10th Taiwan─ Philippines Symposium on Analysis 205, 205, 2015
22015
An Evolutionary Approach to Image Denoising Using A Regularized L TV Model
ALT Oliveros, MC Neri
International Journal of Advanced Research in Computer Science 1 (3), 2010
2010
A Primal-Dual Method for L TV Image Denoising
M Neri
National Science Council Tunghai University Endowment Fund for Academic …, 2009
2009
A Path-Following Method for a Total Variation Inverse Problem
MC Neri
A Primal-Dual Island Search Method for Total Variation-Based Image Restoration
M Neri
L1 Total Variation Primal-Dual Active Set Method with Conjugate Gradients for Image Denoising
M Neri
An active set method with central measure on removing impulse noise
M Neri
Local variance estimators for multiscale total variation and duality techniques in L− TV
Y Dong, M Hintermüller, M Neri, M Rincon
A Bound On The Thrifty Policy for Non-Preemptive Processing of Jobs With Increasing Cost
KG Padua, M Neri
An active set method on removing salt and pepper noise
M Neri
VU DECOMPOSITION METHOD ON L 2 TOTAL VARIATION IMAGE DENOISING
MC Neri
The system can't perform the operation now. Try again later.
Articles 1–15