Description: Gridding is a method of interpolating data from an arbitrary 2D sampling pattern to a uniform grid. In MRI, this allows rapid image reconstruction. There are numerous publications on MR gridding reconstruction.
The tar file includes numerous .m scripts, and C code that can be compiled to a .mex function.
You will need to compile the MEX functions- in Matlab try "mex gridlut_mex.c" and "mex calcdcflut_mex.c" These should result in files gridlut_mex.mex??? and calcdcflut_mex.mex??? where ??? depends on your operating system.
Run the function spiralexample.m in Matlab.
- [MRI] - using grid algorithm GRIDDING spiral tra
- [MRI] - Cardiac MR image sequence regions of int
- [ECE757_Project_Report_Gregerson] - Implementing Fast MRI Gridding on GPU vi
- [Project] - Calculates the Radon transform of a figu
- [mri] - This is a very interesting example of MR
File list (Check if you may need any files):
gridding
........\calcdcflut.m
........\calcdcflut_mex.c
........\calckbkernel.m
........\gridkb.m
........\gridlut.m
........\gridlut_mex.c
........\gridroutines.c
........\kb.m
........\plotgridkb.m
........\plotgridkbkernel.m
........\plotlutkernel.m
........\readkspace.m
........\spiralexample.m
........\spiralexampledata.mat
........\vecdcf.m
........\writekspace.m
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