Infopaket

Digital cartography

ОК 29.

Обов’язкова дисципліна для ОП

First

2021/2022

3 Semester

4

1. Basic concepts of digital cartography, history of its development, connections of digital cartography with other sciences. Spatial objects and their characteristics. Object measurement scales. Data structures and formats in digital cartography. Methods of entering cartographic information PR02 PR04. Content and classification of digital maps. Data sources for creating and updating digital maps PR02 PR04 PR15. Requirements for the process of creating and updating digital maps, for software and information support. Functionality of software for creating digital maps PR01 PR02 PR04 PR15. 2. Correctly select sources of information for creating digital maps. Correctly edit and store digital data. Stitch spatial and attribute data. Create digital topographic and digital thematic maps PR01 PR02 PR04 PR15. Choose the correct method of entering information PR01 PR15. 3. and 4. Demonstration of knowledge, skills and abilities. Performing independent work PR01 PR02 PR15.

Full-time form

successful mastering of mandatory and optional subjects according to the curriculum of the 1st year of study, especially such subjects as "Introduction to geoinformatics", "Topography", "Cartography", "Computer graphics for cartography and GIS".

The discipline examines the theoretical foundations, methods and technology of creating digital maps and is the main course in the university training of students of the relevant specialty, involves lectures and the performance of laboratory tasks conducted in the computer classroom. The course consists of two substantive modules. The form of discipline control is an exam.

1. Datsenko L. M. Fundamentals of geoinformation systems and technologies: a study guide / L. M. Datsenko, V. I. Ostroukh. - K.: DNVP "Cartography", 2013. - 184 p. 2. V. I. Ostroukh GIS, databases and digital cartography (educational and methodological manual for cartographer students) / V. I. Ostroukh, N. O. Polyakova - K.: KyivTsNTEI, 2009. - 44 p. 3. Bondarenko E. L. Digital cartography (abstract of lectures on the subject for students). - K.: Editorial and publishing department of NTU, 2016. - 50 p. 4. Bondarenko E. L. Digital cartography (methodical instructions for performing laboratory work) / E. L. Bondarenko. - K.: NTU, 2016. - 28 p.

Lectures, laboratory work, laboratory performance. works, consultations during the semester, defense of completed homework, exam

The level of achievement of all planned learning outcomes is determined by the results of checking and defending laboratory works, writing written tests, and an exam. The specific weight of learning outcomes in the final assessment, provided they are mastered at the appropriate level, is as follows: knowledge (1.1–1.4 – 10 points); skills (2.1–2.4 – 40 points); communication (3.1 – 40 points); autonomy and responsibility (4.1 – 10 points). Forms and organization of assessment: - current (semester) assessment (laboratory (minimum grade 20, maximum 40; control work (5-10); independent work (5-10)); – final (final) assessment in the form of an exam (assessment for theoretical 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 task.

Ukrainian