METHOD OF DETERMINING REFLECTION COEFFICIENTS OF THE ANALYZED SURFACE AND AN AUTOMATED SYSTEM FOR REALIZING SAID METHOD Russian patent published in 2021 - IPC G01N21/47 

Abstract RU 2740871 C2

FIELD: monitoring and measuring equipment.

SUBSTANCE: invention is intended for use as determination of reflection coefficients. Method for determining reflection coefficients of the analyzed surface comprises in that a set of correcting computer codes is entered into a database (DB) of an automated complex by an operator—exposure metering specialist or a robotic device, adequate to digitized photographs of type of natural formation of analyzed surface, then by operator—exposure metering specialist or robot device by means of specialized software (SS) through the automated system for controlling spectral characteristics (ASCSC), a set of computer codes which are adequate to the observation season of an object of this type is entered into the database. For a given type of natural formation and a given time of year, selecting and entering into a database a set of computer codes, adequate to values of previously measured reflection coefficients for an additional given spectral range in the gap from their minimum value to maximum value, further, the data establishment is completed in the form of a set of computer codes adequate to the used information in the database, the area contour in which the specified type of natural or man-made object is observed, further, by means of the specialized software, the geographic coordinates, the left and right boundaries of the spectral range and the observation date are set by the operator, then, based on the parameters entered in the OB, the values of the reflection coefficients in the given geographical coordinates are determined and transmitted to the users in the form of the values they perceive.

EFFECT: technical result consists in reduction of error and high reliability of determining reflection coefficients of the analyzed surface during geophysical measurements.

2 cl, 1 dwg

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RU 2 740 871 C2

Authors

Loshkarev Pavel Alekseevich

Makerov Aleksandr Igorevich

Glushchenko Sergej Yurevich

Sinkevich Mikhail Efimovich

Polyanskaya Darya Igorevna

Dates

2021-01-21Published

2019-05-31Filed