Diagnostics of anthropogenic changes on specially protected natural areas Noi mega cities using remote monitoring (on the example of Moscow, the recreation "Avenue Road of life")

Aerophototopography (Aerial Surveying And Photogrammetry)

UDC:

528.8

DOI:

10.22389/0016-7126-2016-917-11-47-52

1 Chekalin V.F.

2 Korneev S.L.

3 Shtanov E.L.

Year:

2016

№:

917

Pages:

47–52

The Research Institute of Accuracy Devices

1,

2,

Bauman Moscow State Technical University

3,

Abstract:

The article deals with the fundamental principles of photogrammetric processing satellite imagery. It is found here that special methods and appropriate math mathematical models of space shooting are needed to process such images. It is noted in this article that RPC polynomials are used today in photogrammetric production as a mathematical model of push-broom images. As it is emphasized, strong model is more reasonable for this purpose, in which physic process of getting space push-broom images is simulated. Authors designed strong dynamic type model, describing a process of getting push-broom space images for synchronous and for asynchronous modes of shooting. Experimental results of applying given model to push-broom images confirming high advantage of suggested model could be found here. Also it is noted that Tikhonov regularization strongly recommended for resolver of linear algebra equations.

Keywords:

collinearity-based model of image, space shooting, coefficients of RPC-polynomial, satellite imagery, strong mathematical model of image

References:

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2. Poli D. Matematicheskoe modelirovanie kosmicheskogo prostranstva na osnove dannyh PZS-lineek. Cyurih: izd. I-ta geodezii i fotogrammetrii, ETH CH-8093, 2005,

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Citation:

Chekalin V.F.,

Korneev S.L.,

Shtanov E.L.,

(2016) Diagnostics of anthropogenic changes on specially protected natural areas Noi mega cities using remote monitoring (on the example of Moscow, the recreation "Avenue Road of life"). Geodesy and cartography = Geodezia i Kartografia, (11), pp. 47–52. (In Russian). DOI: 10.22389/0016-7126-2016-917-11-47-52