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Article title STRUCTURAL IMAGE RECONSTRUCTION OF BIOLOGICAL OBJECT BY USING RASTER AVERAGING IN OPTICAL COHERENCE TOMOGRAPHY
Authors S.G. Proskurin, A.Yu. Potlov, K.E.S. Ghaleb, S.N. Abdulkareem
Section SECTION II. EQUIPMENT ROOMS AND SOFTWARE OF FUNCTIONAL DIAGNOSTICS AND THERAPY
Month, Year 09, 2012 @en
Index UDC 535.361.2
DOI
Abstract Advanced algorithm of Optical Coherence Tomography structural image reconstruction of a biological object is proposed. It allows increasing coherence probing depth and obtaining image of higher quality. The proposed advantages are: application of Galvanoscanner instead of scanning stage, raster averaging which collects several adjacent pixels in one and complex multilevel filtering. The algorithm includes 3-d order band pass Butterworth frequency filtering, amplitude step filtration and graphical filtration using median filter.

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Keywords Optical coherence tomography (OCT); coherence probing depth (CPD); optical properties of skin; optical clearing of tissues.
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