Infopaket

MATHEMATICAL PROCESSING OF THE RESULTS OF GEODESIC MEASUREMENT

ВБ 2.4

Вибіркова дисципліна для ОП

First

2024/2025

6 Semester

4

PLO 4. Know and apply in professional activities regulatory legal acts, regulatory and technical documents, reference materials in the field of geodesy and land management and related industries. PLO 7. Perform survey and survey, topographic and geodetic, cartographic, design and design and survey work when performing professional tasks in geodesy and land management. PLO 8. Participate in the creation of state geodetic networks and special engineering and geodetic networks, organize and perform topographic and cadastral surveys, geodetic measurements, engineering and geodetic surveys for the design, construction and operation of construction facilities. PRN9. Collect, evaluate, interpret and use geospatial data, metadata on objects of natural and man-made origin, apply statistical methods of their analysis to solve specialized tasks in the field of geodesy and land management

Full-time form

Successful mastery of the disciplines: "Topography with the basics of geodesy", "Geodesy", "Modern geodetic instruments". - know the essence and theoretical foundations of mathematical processing of measurements, including the basics of mathematical statistics; - know the mathematical methods used in processing measurements in geodesy, cartography and photogrammetry; - know the main state and departmental regulatory documents regulating the geodetic support of geodetic works and works on the creation of a land cadastre; - be able to correctly apply the acquired skills to solve scientific and practical problems. - possess the functional capabilities of specialized GIS used in Ukraine in the mathematical processing of geodetic measurements; - possess the theoretical foundations and practical techniques (technologies) for performing work on the mathematical processing of geodetic measurements.

Studying the course “Mathematical processing of geodetic measurement results and programming of geodetic tasks” sets goals for improving the theoretical and scientific training of students. The introduction into practice of modern cartographic and geodetic works of geoinformation systems and digital technologies and the availability of powerful computer technology have given a new impetus to the theoretical and practical development of this discipline, and have served for the further development of the latest digital technologies and their implementation in the field of cartography, geodesy and land management. The discipline “Mathematical processing of geodetic measurement results and programming of geodetic tasks” is used during the implementation of course and diploma research and the registration of their results in the disciplines: phototopography, engineering and higher geodesy, design and compilation of maps, technology of map publishing, GIS and databases. The purpose of the discipline is to provide students with basic knowledge of the theory and practice of mathematical processing of geodetic measurements based on the least squares method, to develop practical skills in working with a computer and basic software used in processing measurements in geodesy, cartography and land management.

1. Matematychne obroblennia heodezychnykh vymiriv: pidruchnyk/ S.P. Voitenko, R.V. Shults, O. Y. Kuzmych, Yu.V. Kravchenko; za red. S.P. Voitenka, -K.: Znannia, 2015. – 654 s. 2. Voitenko S.P. Matematychna obrobka heodezychnykh vymiriv. Metod naimenshykh kvadrativ: Navchalnyi posibnyk.- K.: KNUBA, 2005. – 236 s. 3. N.M.Voitiushenko, A.I.Ostapets. Informatyka i kompiuterna tekhnika. - K.: Tsentr uchbovoi literatury, 2009. - 564 s. 4. Svitlychnyi O.O., Plotnytskyi S.V. Osnovy heoinformatyky: Navchalnyi posibnyk / Za zah. red. O.O. Svitlychnoho. — Sumy: VTD «Universytetska knyha», 2006. — 295 s. 5. Karpenko S.H., Ivanov Ye.O. Osnovy informatsiinykh system i tekhnolohii: Navch. posib. - K.: MAUP, 2002. - 264 s.

Lectures, laboratory classes

Semester assessment: the number of points that a student receives during the semester is the sum of the points that were obtained when evaluating the completed practical work, surveying and taking tests.. Modular control works (MCR) are carried out in the form of a test. Students who received less than the minimum number of points for the MCR are retaken. Conditions for admission to the exam: the recommended minimum for admission is 36 points. For students who scored less than 36 points in total (the recommended minimum), a mandatory condition for admission to the exam is writing essays on questions of missed or insufficiently mastered topics. The final assessment in the form of an exam is carried out in a written format. The maximum number of points during the exam is 40, the minimum number of points added to the pre-semester ones is 24 (60% of the maximum number of points allocated for the exam).

Ukrainian