Abstract
A method of 3-dimensional image reconstitution with complementary fusion, especially using table to record the first set of image data and the second and higher set of image data that have been aligned and isotropized in three-dimensional orthogonal space, and then take out the voxels with known intensity in each stacked images set and put at the index position in same related coordinates. After that, the known intensity of nearby image is referred, with the aid of the 3-dimensional linear or nonlinear interpolation method, to conjecture the intensity and position of the unknown voxel. Therefore a missing voxel in a single image can be reconstituted with complementary fusion to increase the image resolution in depth direction so as to increase the accuracy of 3-dimensional image reconstitution.