Infopaket

Remote Sensing of the Earth

ОК 26

Обов’язкова дисципліна для ОП

First

2022/2023

4 Semester

7

Use cartographic models of natural resources in the field of Earth sciences. To use topographic-geodetic and photogrammetric equipment and technologies, methods of mathematical processing of topographic-geodetic and photogrammetric measurements. Use methods of mathematical processing in geological, hydrogeological and geodetic research, as well as methods and technologies of land management design, territorial and economic land management, land use planning and protection, cadastral surveys and maintenance of state land cadastre. Apply models, methods and data of physics, chemistry, ecology, mathematics, geology, hydrogeology, etc. in the study of natural processes of formation and development of the Earth.

Full-time form

Students must have knowledge of courses, "Geoinformatics", "Topography", skills in working with a personal computer, have a basic level of programming knowledge, experience in searching for data on the Internet and filtering search queries.

The program of the discipline focuses on the parameters of electromagnetic waves used in remote sensing; types of carriers of aerospace equipment; types of remote sensing; types of remote sensing devices; approaches to image pre-processing; signs of interpretation of terrestrial objects in space and aerial photographs. The task of the course is to learn to distinguish between types of remote materials, determine the scale of images, assess the level of input data and directly perform pre-processing, perform automated thematic decoding of images of the earth's surface and identify certain types of objects and covers based on available data. objects on remote materials and determine their spectral characteristics, have the basics of using the functionality of specialized software packages focused on the processing of aerospace data.

1. Zatserkovnyi V.I. (2018). Dystantsiine zonduvannia Zemli. Fizychni osnovy: navch. posib.: Nizhyn: NDU im. M. Hoholia, 380 p. 2. Bilous V.V., Bondar S.P., Kurach T.M., Molochko A.M., Patychenko H.O., Pidlisetska I.O. (2011). Dystantsiine zonduvannia z osnovamy fotohrammetrii: navchalnyi posibnyk. – Vydavnycho-polihrafichnyi tsentr «Kyivskyi universytet», 367 p. 3. Bairak H.R., Mukha B.P. (2010). Dystantsiini doslidzhennia Zemli. Navchalnyi posibnyk. – Lviv, Vydavn. tsentr LNU im. I.Franka, 712 p. 4. Kashkyn V.B., Sukhynyn A.Y. (2001). Dystantsyonnoe zondyrovanye Zemly yz kosmosa. Tsyfrovaia obrabotka yzobrazhenyi: Uchebnoe posobye: Lohos, 264 p. 5. Burshtynska Kh.V., Stankevych S.A. (2013). Aerokosmichni znimalni systemy: pidruchnyk: Lviv: Vyd-vo Lvivskoi politekhniky, 316 p.

Lectures, laboratory work, independent study.

1. Semester assessment: 3rd semester:  Модульная работа "Электромагнитная лучи в remote sensing of the Earth" - 10 пунктов (маргинальное значение 6 пунктов).  Modular work "Методы и методы отображения изображений" - 10 пунктов (marginal score of 6 points).  Scores for laboratory work - 20 пунктов 4th semester:  Modular work "Базирующие труды и уровней processing of space survey data" - 10 points (6-point limit).  Scores for laboratory work - 10 points (6 points score) 4-й semester involves the implementation of course work. 2. Последние упражнения ведутся в форме написания и oral exam.

ukrainian