代码搜索：Super-resolution
找到约 9 项符合「Super-resolution」的源代码
代码结果 9
www.eeworm.com/read/370635/9589658
m compute_best_direction.m
function [MW,theta,L] = compute_best_direction(M,T,s)
% compute_best_direction - optimize the lagrangian over a single square
%
% [MW,theta] = compute_best_direction(M,T,s);
%
% M is a 2D i
www.eeworm.com/read/233016/14173353
m bpfig52.m
% bpfig52: BP Figure 5.2 -- BP DeNoising Super Resolution
%----------------------------------------------------------------------
%
% Basis Pursuit is able to achieve super-resolution, whi
www.eeworm.com/read/450939/7474357
m gradientregulization.m
% Computes the gradient of the regularization term of the super-resolution
% minimization function. This function implements the gradient of the
% bilateral-filter.
%
% Inputs:
% Xn - The current
www.eeworm.com/read/450939/7474364
m gradientbackproject.m
% Computes the gradient backprojection for the super-resolution
% minimization function. This function implements the gradient of the
% level one norm between the projection of the estimated HR imag
www.eeworm.com/read/450939/7474355
m fastrobustsr.m
% Implements the fast and robust super-resolution method. This funtion
% first compute an estimation of the blurred HR image, using the median and
% shift method. It then uses the bilateral filter a
www.eeworm.com/read/233016/14173393
m thfig25.m
% thfig25: BP Thesis Figure 2.5 -- Super-resolving two close frequencies
% within the Rayleigh distance
%
% BP is able to achieve super-resolution, while
% MOF and MP sometimes cannot
%
%
www.eeworm.com/read/233016/14173438
m thfig32.m
% thfig32: BP Thesis Figure 3.2 -- Super-resolving two close frequencies
% within the Rayleigh distance
%
% BP is able to achieve super-resolution, while
% MOF and MP sometimes cannot
%
%
www.eeworm.com/read/450939/7474359
m robustsr.m
% Implements the robust super-resolution method. This funtion uses the
% steepest descent method to minimize the SR cost function which includes
% two terms. The "energy" term, which is the L1 norm
www.eeworm.com/read/233016/14173442
m thfig53.m
% thfig53: BP Thesis Figure 5.3 -- BP DeNoising Super Resolution
%
% Basis Pursuit is able to achieve super-resolution, while
% Matching Pursuit sometimes cannot
% Signal: TwinSine-2, SNR =