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Geoiconics

Major: Geodesy and Land Management
Code of Subject: 6.193.00.M.66
Credits: 6
Department: Cartography and Geospatial Modelling
Lecturer: Associated professor, PhD Yuriy Andreychuk
Semester: 7 семестр
Mode of Study: денна
Learning outcomes:
• Know the general principles of GIS data base models.
• Know the basic data models used in GIS.
• Know the level of data and principles of GIS data.
• Know the essence georelational data model, its advantages and disadvantages.
• Know the basic position of the object-oriented data model, its advantages and disadvantages.
• Be able to apply knowledge to input, processing and output of graphic and attribute data in GIS, n the organization of work banks and cartographic databases.
Required prior and related subjects:
• Fundamentals of computer technology in cartography.
• Cartography.
• Mathematical Principles of cartography.
Summary of the subject:
The concept of GIS. Types of GIS. Concepts of GIS data models. General principles of data models in GIS. The basic data model in GIS. Infological model. Datalogical concept design. Logical data model. GIS data model "entity-connectivity." The hierarchical data model GIS. Kvadratomichne tree. GIS network model. Relational data model GIS. Codd's rules. The binary model. Features views in GIS. The concept of systemic organization of data. Determining values and objectives systematic organization of data. Levels of organization of data in GIS. The principles of GIS data. Layer the principle of organizing information. Object-oriented principle of data. Combinations of the principles of data. Types of data models. Georelational model of data. Advantages and disadvantages georelational data model. Object-oriented model of data. General characteristics of object-oriented data model "base location" (Geographic Database - GDB). Benefits location database. The topology. Definition and assignment topology. Topology Properties in a location. Subtypes. Domains. Relationships and class relations. Database management systems. Mapping database as a set of technical, software, information and organization of storage, handling and use of digital cartography, cartographic database. The main elements of the database. Requirements database (modern subject oriented, coordinate accurate, compatible with other types of information topologically correct, is that having the ability to restore available).
Recommended Books:
1. Геоінформаційні системи і бази даних: монографія.- Кн.1 / В.І. Зацерковний, В.Г. Бурачек, О.О. Железняк, А.О. Терещенко. – Ніжин: НДУ ім.. М.Гоголя, 2014.-492с.
2. ДеМерс Майкл Н. Географические информационные системы Основы Пер. с англ. М: Дата+, 1999, 491 с.
3. Иванников А.Д., Кулагин В.П., Тихонов А.Н. и др. Геоинформатика. М.: МАКС Пресс, 2001., 349 с.
4. Капралов Е.Г., Кошкарев А.В., Тикунов В.С. и др. Основы геоинформатики. М.: Академия, 2004. Т. 1. 352 с.
5. Королев Ю.Г., Общая геонформатика, Изд-во ООО СП Дата+, М., 2001г., 118с
6. Світличний О.О., Плотницький С.В. Основи геоінформатики: Навчальний посібник / За заг. ред. О.О. Світличного. — Суми: ВТД «Університетська книга», 2006. — 295 с.
7. Шипулин В.Д. - Основные принципы геоинформационных систем - Харьков, ХНАГХ – 2010
Assessment methods and criteria:
• Laboratory work, verbal examination (30%).
• Final control (70% control measure, exam), written-verbal form (70%)