Structural and System Modelling in Cartography

Major: Geodesy and Land Management
Code of subject: 6.193.02.E.097
Credits: 7.00
Department: Cartography and Geospatial Modelling
Lecturer: Ph.D., Associate Professor Brydun Andrii
Semester: 8 семестр
Mode of study: денна
Learning outcomes: • Ability to demonstrate knowledge of the subject of structural and system modeling; • Apply knowledge of theoretical bases of cartographic modeling, classification of cartographic models, objects and objects of cartographic modeling; • Be able to use mathematical and cartographic models to create different types of maps.
Required prior and related subjects: • Higher mathematics. • Infrastructure of Geospatial Data. • Mapping of the Environment Using Space Images. • Fundamentals of web-cartography.
Summary of the subject: Subject and tasks of structural-system analysis. The essence, aspects and directions of using system analysis. Basic concepts of structural-system analysis. Systems: basic concepts and characteristics. System and environment. The environment and its role in the life of the system. A variety of environments. System and environment interaction. Adaptation of the system in the environment. Fighting and competition systems. System structure, functions, purpose and goals. Types of structures. System functions. The purpose and purpose of the system. Structural analysis. Methods for describing the structures of complex systems (verbal description, analytical description, functional description, structural description, system description using graphs, morphological description of the system, information system description). Functioning of systems. Components of system functioning. The concept of space, state and behavior of the system. System-forming and system-destroying factors. Mechanism of system development. Principles of systematic approach to solving engineering and cartographic problems (Concept of systematic approach in engineering. Systematic approaches in engineering. Principles of systematic approach. Using principles of systematic approach in engineering). Principles of Existence and Operation of Complex Systems (Properties of Complex Systems. Principles of Existence and Operation of Complex Systems. Principle of Purpose). Performance Criteria for Technical and Cartographic Systems (General Information. Performance Criteria for Evaluating Technical Systems. Principles for Generalized Performance Criteria).
Assessment methods and criteria: • Work on practical exercises, verbal interviews, test (40%). • Final control (exam), written and verbal forms (60%).
Recommended books: 1. Васмут А. С., Бугаевский Л. М., Портнов А. М. Автоматизация и математические методы в картосоставлении. М.: Недра, 1991. - 392 с. 2. Згуровський М. З., Панкратова Н. Д. Основи системного аналізу. Київ Видавнича група ВНV, 2007. - 543 с. 3. Дворкін Л.Й., Дворкін О.Л., Житковський В.В. Розв'язування буді-вельно-технологічних задач меодами математичного планування експерименту. Навч. посібник. - Рівне: НУВГП, 2011. - 174 с.