Geoinformation Mapping

Major: Space Monitoring of the Earth
Code of subject: 7.103.01.E.024
Credits: 5.00
Department: Cartography and Geospatial Modelling
Lecturer: Associated professor, PhD Yuriy Andreychuk
Semester: 2 семестр
Mode of study: денна
Learning outcomes: • know the basic methods and algorithms of composing of cartographic materials in GIS; • know the tools GIS capabilities to create electronic maps, cartographic compositions, digital terrain models and other forms of visualization of geodata; • know the features of GIS packages for solving problems of space-time simulation and analysis; • be able to practically use GIS tools; • be able to make algorithm of actions for the implementation of tasks geo mapping areas; • be able to competently analyze the results of data processing in GIS.
Required prior and related subjects: • Fundamentals of computer technology in cartography • Cartography
Summary of the subject: The essence and principles of geo-mapping. Principles of implementation of GIS tools for solving spatial modeling problem. Modeling methods of discrete and continuous phenomena of different origins.. Theoretical aspects of geo-mapping. Geoinformation software package ArcGIS. GIS tools ArcGIS. Fundamentals of geospatial analysis. Methodology geospatial analysis. Classification of analytical tools of GIS (measurements function, data selection, classification, overlay function, neighborhood features, connectivity functions). GIS technology for spatial analysis and modeling. Analytical capabilities of modern GIS tools. General characteristics. Kartometric operation. Operations of choice. Requests. Request by location. Request for attributes. Reclassification. Cartographic algebra. Local operations. Arithmetical operators. Operators of comparison. Logical operators. Algebraic operations. Trigonometric operations. Operations of neighborhood. Operations in sliding (or variable) window. Distance operation. Analysis of visibility. Zonal operations. Global operations. Statistical analysis. Spatial analysis. Overlay analysis. Analysis of relief. Digital relief models and their construction. Digital relief model based on TIN-model. Analysis of relief using digital models. Analysis of hydrographic network. Network analysis.
Assessment methods and criteria: • Laboratory work, verbal examination (30%). • Final control (70% control measure, exam), written-verbal form (70%)
Recommended books: 1. Берлянт А.М. Геоинформационое картографирование. - М.: Изд. МГУ , 1997. 2. 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. 3. ДеМерс Майкл Н. Географические информационные системы Основы Пер. с англ. М: Дата+, 1999, 491 с. 4. Иванников А.Д., Кулагин В.П., Тихонов А.Н. и др. Геоинформатика. М.: МАКС Пресс, 2001., 349 с. 5. Энди Митчелл. Руководство по ГИС-анализу. -Часть 1: Пространственные модели и взаимосвязи.; Пер. С англ. –К., ЗАО ЕСОММ Со., 2000.- 198 с. 6. Капралов Е.Г., Кошкарев А.В., Тикунов В.С. и др. Основы геоинформатики. М.: Академия, 2004. Т. 1. 352 с. 7. Королев Ю.Г., Общая геонформатика, Изд-во ООО СП Дата+, М., 2001г., 118с 8. Моделирование нашего мира. Пособие ESRI по проектированию баз геоданных. ESRI Press., 2000 –254 c. 9. Світличний О.О., Плотницький С.В. Основи геоінформатики: Навчальний посібник / За заг. ред. О.О. Світличного. — Суми: ВТД «Університетська книга», 2006. — 295 с. 10. Шипулин В.Д. - Основные принципы геоинформационных систем - Харьков, ХНАГХ – 2010