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545dfvddgh
- // The strategy here is to use ::GetDIBits to convert the // image into a 24-bit DIB one scan line at a time. A pleasant // side effect of using ::GetDIBits in this manner is that RLE- // encoded 4-bit and 8-bit DIBs will be uncompressed.-/
83390044Tint
- // The strategy here is to use ::GetDIBits to convert the // image into a 24-bit DIB one scan line at a time. A pleasant // side effect of using ::GetDIBits in this manner is that RLE- flybianhuan -/ / The strategy here is to use : : GetDIBit
ghgjhdfdgf
- // The strategy here is to use ::GetDIBits to convert the // image into a 24-bit DIB one scan line at a time. A pleasant // side effect of using ::GetDIBits in this manner is that RLE- fly and else -/ / The strategy here is to use : : GetDIB
hgjdghreter
- hao// The strategy here is to use ::GetDIBits to convert the // image into a 24-bit DIB one scan line at a time. A pleasant // side effect of using ::GetDIBits in this manner is that RLE- // encoded 4-bit and 8-bit DIBs will be uncompressed.
code
- This code helps to fuse pet and ct scan images.The file untitled.m opens the interface to load and fuse.Demo images are provided in the folder for reference.This code achieved a performance of .7/1
img
- image fusion describes about brain activity of a ct scan
fdk_ccb
- 基于CT.X光机等医学摄像扫描数据的三维还原图像重建算法的MATLAB源代码。-Three-dimensional image reconstruction algorithm based Restore CT.X ray machines and other medical imaging scan data MATLAB source code.
dicomvolume
- VTK中 实现读取dicom格式CT扫描断层的扫描重建，不透明传递函数根据需要调整(VTK to achieve read DICOM format, CT scanning tomographic scan reconstruction, opaque transfer function as necessary adjustments)
normal
- Reading ct scan data with added noise
RC
- Reading cat scan data by reductive convolution method
Untitled1
- 根据提供的数据实现CT图像的重建. data的列向量是0~180度的ct扫描数据(投影数据)。见附件Data.mat。(According to data provided to achieve the reconstruction of CT images. Data column vector is 0 to 180 degrees ct scan data (projection data). Annex Data.mat. Ppt of process reference)
CT
- 逆radon变换，实现平面CT扫描时产生的投影变换，并由此推断出被扫描物体的吸收率空间分布(The inverse Radon transform is used to realize the projection transformation in the planar CT scan, and the spatial distribution of the absorption rate of the scanned object is deduced)