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Modern photogrammetric technologies

ОК 31.

Обов’язкова дисципліна для ОП

First

2022/2023

5 Semester

5

1. Subject and structure of the course. Material and technical. Carriers of photographic equipment - space, air, ground. Photographic equipment. Principle of operation and structure: analog frame AFA, digital frame AFA, digital scanning AFA. Determination of height, basis of photography, overlapping. Features of space photography. Cameras for space shooting. Basics of terrestrial phototopographic surveying: coordinate systems, basic shooting cases, elements of orientation of terrestrial photographs, connection of coordinates of the photograph and terrain, accuracy of terrestrial phototopographic survey PR02. 2. Calculate the main parameters of aerial and ground photography of the terrain PR02 PR05 PR08 PR13. To carry out preparatory work of the CFS. Download bitmap images of pictures PR02 PR05 PR08. Collect the elevation part of topographic maps in different modes PR02 PR05. Edit the geometry of the Digital for Windows PR05 object 3. PR02 PR05 PR08 PR13 4. PR02 PR05 PR13 PR14

Full-time form

The educational discipline "Modern photogrammetric technologies" is based on a cycle of theoretical and professional training disciplines, in particular: – students must have basic training in mathematics, physics, engineering and computer graphics; - have knowledge of professional training in topography, geodesy, cartography, analytical and digital photogrammetry.

The course covers the basic principles of the theory and practice of drawing up topographic plans and maps based on aerial and ground photographs of the area. The main processes of mastering the discipline are based on the study of the following sections: – aerial topography - creation of topographic, cadastral plans and maps based on the results of aerial photography; - ground phototopography - creation of topographic, cadastral plans and maps based on the results of ground photography. The subject of study of the academic discipline is the techniques and methods of making maps based on the results of processing aerospace and ground photographs.

1. Bilous V. V. Remote sensing with the basics of photogrammetry. Education manual / Bilous V. V., Bodnar S. P., Kurach T. M., Molochko A. M., Patychenko G. O., Pidlisetska I. O. – K., 2011. – 367 p. 2. Bilous V.V., Bodnar S.P. Photogrammetry. Tutorial. - Kyiv: Taras Shevchenko Kyiv National University, 2021. - 137 p. - Electronic resource. Access mode: https://geo.knu.ua/images/doc_file/navch_lit/Navch_pos_Fotogrametri_Bilous2021_proekt.pdf 3. Bodnar S. P. Methodical instructions for practical work from the special course "Digital Photogrammetry". - K.: Editorial and publishing department of NTU, 2016. - 88 p.

Lecture, laboratory and independent work, defense of completed homework, written test, survey, consultations during the semester, assessment

- current (semester) assessment (laboratory work (minimum grade 24, maximum 40; control papers (6-10); independent work (5-10)); – final (final) assessment in the form of credit (assessment for theory knowledge (minimum 12, maximum 20 points); assessment for the practical part (13-20). For students who scored a total of less points than the critical calculation minimum - 35 points, for admission to the final control form, it is necessary to pass an additionally completed individual complex task. 7.2. The scale of transferring the rating to the traditional assessment. Evaluation according to the 100-point system 60 – 100 are enrolled 0 - 59 are not counted

Ukrainian