Information productivity of the systems intended for biological objects images multispectral processing using acousto-optic tunable filters

Multispectral image processing means that several kinds of information, preferably spatial and spectral, have to be processed simultaneously. The reliable recording of these kinds of information causes usually losses of the time information which is often undesirable. However, if the selective eleme...

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Hauptverfasser:	Zaichenko, K. V., Gurevich, B. S.
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	Acousto-optics Image filters Image processing Image transmission Optical wireless Productivity Recording Tunable filters
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creator	Zaichenko, K. V. Gurevich, B. S.
description	Multispectral image processing means that several kinds of information, preferably spatial and spectral, have to be processed simultaneously. The reliable recording of these kinds of information causes usually losses of the time information which is often undesirable. However, if the selective element operation speed is high enough, as it takes place in the case of acousto-optic tunable filters application, the time information losses can be minimized. The interconnection between different kinds of the processed and transmitted information by means of the systems of images multispectral processing is considered, and such systems information productivity limitation are estimated. The influence of these limitations on the possibilities of such systems application for the problems of medical diagnostics is discussed.
doi_str_mv	10.1063/1.5122006
format	Conference Proceeding
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V. ; Gurevich, B. S.</creator><contributor>Potrakhov, N. N. ; Gryaznov, A. Yu ; Kostrin, D. K.</contributor><creatorcontrib>Zaichenko, K. V. ; Gurevich, B. S. ; Potrakhov, N. N. ; Gryaznov, A. Yu ; Kostrin, D. K.</creatorcontrib><description>Multispectral image processing means that several kinds of information, preferably spatial and spectral, have to be processed simultaneously. The reliable recording of these kinds of information causes usually losses of the time information which is often undesirable. However, if the selective element operation speed is high enough, as it takes place in the case of acousto-optic tunable filters application, the time information losses can be minimized. The interconnection between different kinds of the processed and transmitted information by means of the systems of images multispectral processing is considered, and such systems information productivity limitation are estimated. 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subjects	Acousto-optics Image filters Image processing Image transmission Optical wireless Productivity Recording Tunable filters
title	Information productivity of the systems intended for biological objects images multispectral processing using acousto-optic tunable filters
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