Microscope Digital Image Processing and Its Application in the Modality Analysis of Blood Cell[J]. Journal of Image and Graphics, 2001, 6(11): 1079. DOI: 10.11834/jig.2001011230.
This paper introduced the application of the microscope digital image processing in the modify analysis of blood cell. We deal with the blood cell by the method of digital image processing
and have also thought over the processing step of concerned pattern recognition
so that
we can use the computer voluntarily to judging and distinguishes for the microscope of cell. The viewpoint of artificial intelligence has still been thought over in this paper
for that
the computer have the character of learning
this makes that its recognition result possesses reliability. After we pro processed the digital image of blood cell
by comparing between the round degree
rectangle degree and center quadrature of the geometrical modality
we can get the eigenvectors of the different blood cell
we have discussed their reliability. We calculated the above geometry characteristic from the 56 examples cell samples (every sample includes three kinds of blood cells
and counts 168 images)
and by standardization based the standard difference
we computed all values of characteristic weight
finally we got the characteristic vector of three kinds "classification"
that are X1
X2 and X3. Using 2 norm X i-X 2 we reated the distinguish function. By train computer to remember the cell characteristic of new kind of cell
we have pledged to differentiate correctly the known classification
and have pledged to distinguishing correctly the new classification.