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Fourier transform has developed in to an alternative solution to solve problems in many studies. One of the studies is about digital photogrametry which is related with digital image matching. Fast Fourier Transform could transform the image from spatial in to frequency domain. Image in frequency do...
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id-itb.:70932017-10-09T10:51:09Z#TITLE_ALTERNATIVE# NIAM AZMY (NIM 15103034), AHMAD Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/7093 Fourier transform has developed in to an alternative solution to solve problems in many studies. One of the studies is about digital photogrametry which is related with digital image matching. Fast Fourier Transform could transform the image from spatial in to frequency domain. Image in frequency domain gives signal spectrum information of the image. Signal spectrum information could give information about an image that could not be seen visually in a spatial domain. This can make the processing, analysis, and the enhancement of an image becoming easier. There are few methods to enhance images in the frequency domain, one of the methods is low pass filter and high pass filter. The correlation value of image matching could be improved from a filtered image in the frequency domain. <br /> text |
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Fourier transform has developed in to an alternative solution to solve problems in many studies. One of the studies is about digital photogrametry which is related with digital image matching. Fast Fourier Transform could transform the image from spatial in to frequency domain. Image in frequency domain gives signal spectrum information of the image. Signal spectrum information could give information about an image that could not be seen visually in a spatial domain. This can make the processing, analysis, and the enhancement of an image becoming easier. There are few methods to enhance images in the frequency domain, one of the methods is low pass filter and high pass filter. The correlation value of image matching could be improved from a filtered image in the frequency domain. <br />
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NIAM AZMY (NIM 15103034), AHMAD |
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NIAM AZMY (NIM 15103034), AHMAD #TITLE_ALTERNATIVE# |
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NIAM AZMY (NIM 15103034), AHMAD |
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NIAM AZMY (NIM 15103034), AHMAD |
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https://digilib.itb.ac.id/gdl/view/7093 |
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