The work flow is the following: the analyzed image is
chosen by pressing the corresponding button, and then the
tool will extract its features and will generate the
characteristic vector using the Gabor wavelet and the
„Energy Based” method, as well as the images
corresponding to the filtering operation, in .png format.
The tool itself works with medical images databases (xrays,
ultrasounds, etc). The databases are either newly
created, or already existing. In order to add an image to the
database, it is necessary to press the „Add reference image”
button (Figure 2), which triggers the extraction of features
and the generation of the characteristic vector (using the same Gabor filters). Before performing these computations,
the tool requires a description in medical terms of the image
and a diagnosis as input data.
The work flow is the following: the analyzed image is
chosen by pressing the corresponding button, and then the
tool will extract its features and will generate the
characteristic vector using the Gabor wavelet and the
„Energy Based” method, as well as the images
corresponding to the filtering operation, in .png format.
The tool itself works with medical images databases (xrays,
ultrasounds, etc). The databases are either newly
created, or already existing. In order to add an image to the
database, it is necessary to press the „Add reference image”
button (Figure 2), which triggers the extraction of features
and the generation of the characteristic vector (using the same Gabor filters). Before performing these computations,
the tool requires a description in medical terms of the image
and a diagnosis as input data.
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