Course Details
Information systems and digital cartography
Academic Year 2023/24
DEB065 course is part of 4 study plans
DPC-GK Winter Semester 2nd year
DPA-GK Winter Semester 2nd year
DKC-GK Winter Semester 2nd year
DKA-GK Winter Semester 2nd year
Introduction. definition of information system (IS), basic concepts. Anthony's paradigm, IS history, IS types.
Theory of information, data, information, knowledge, evidence, wisdom. IS with territorial link, IS relation and GIS.
IS lifecycle, IS design methods (structured and object design), UML diagrams.
Security IS, motivation, basic concepts, methods, cryptographic algorithms, electronic signature, GDPR.
Transactional and analytical systems (OLTP, OLAP). Data warehouses and data markets. Issues of ITSM (Information Technology System Management).
Social aspects of IS. The notion of globalization, information and knowledge society.
Enterprise Resource Planning (ERP). Application of IS in state administration. ISKN, e-Government (system of 4 basic registers), GeoInfoStrategie.
GIS Analytical Tools, the issue of creating a digital cartographic work.
Cartographic modeling in vector data model environments.
Cartographic modeling methods in raster data model environment.
Classification of spatial data.
Optimization tasks in GIS environment, network analysis and optimal localization tasks.
Theory of information, data, information, knowledge, evidence, wisdom. IS with territorial link, IS relation and GIS.
IS lifecycle, IS design methods (structured and object design), UML diagrams.
Security IS, motivation, basic concepts, methods, cryptographic algorithms, electronic signature, GDPR.
Transactional and analytical systems (OLTP, OLAP). Data warehouses and data markets. Issues of ITSM (Information Technology System Management).
Social aspects of IS. The notion of globalization, information and knowledge society.
Enterprise Resource Planning (ERP). Application of IS in state administration. ISKN, e-Government (system of 4 basic registers), GeoInfoStrategie.
GIS Analytical Tools, the issue of creating a digital cartographic work.
Cartographic modeling in vector data model environments.
Cartographic modeling methods in raster data model environment.
Classification of spatial data.
Optimization tasks in GIS environment, network analysis and optimal localization tasks.
Course Guarantor
Institute
Syllabus
I. Information systems
1. Introduction. definition of information system (IS), basic concepts. Anthony's paradigm, IS history, IS types.
2. Theory of information, data, information, knowledge, evidence, wisdom. IS with territorial link, IS relation and GIS.
3. IS lifecycle, IS design methods (structured and object design), UML diagrams.
4. Security IS, motivation, basic concepts, methods, cryptographic algorithms, electronic signature, GDPR.
5. Transactional and analytical systems (OLTP, OLAP). Data warehouses and data markets. Issues of ITSM (Information Technology System Management).
6. Social aspects of IS. The notion of globalization, information and knowledge society.
7. Enterprise Resource Planning (ERP). Application of IS in state administration. ISKN, e-Government (system of 4 basic registers), GeoInfoStrategie.
II. Digital Cartography and GIS
8. GIS Analytical Tools, the issue of creating a digital cartographic work.
9. Cartographic modeling in vector data model environments.
10. Cartographic modeling methods in raster data model environment.
11. Classification of spatial data.
12. Optimization tasks in GIS environment, network analysis and optimal localization tasks.
1. Introduction. definition of information system (IS), basic concepts. Anthony's paradigm, IS history, IS types.
2. Theory of information, data, information, knowledge, evidence, wisdom. IS with territorial link, IS relation and GIS.
3. IS lifecycle, IS design methods (structured and object design), UML diagrams.
4. Security IS, motivation, basic concepts, methods, cryptographic algorithms, electronic signature, GDPR.
5. Transactional and analytical systems (OLTP, OLAP). Data warehouses and data markets. Issues of ITSM (Information Technology System Management).
6. Social aspects of IS. The notion of globalization, information and knowledge society.
7. Enterprise Resource Planning (ERP). Application of IS in state administration. ISKN, e-Government (system of 4 basic registers), GeoInfoStrategie.
II. Digital Cartography and GIS
8. GIS Analytical Tools, the issue of creating a digital cartographic work.
9. Cartographic modeling in vector data model environments.
10. Cartographic modeling methods in raster data model environment.
11. Classification of spatial data.
12. Optimization tasks in GIS environment, network analysis and optimal localization tasks.
Prerequisites
Basic of informatics, applied mathematics, basic databases, knowledge of map projections.
Language of instruction
Czech
Credits
8 credits
Semester
winter
Forms and criteria of assessment
examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 3 hours/week, elective
Syllabus
I. Information systems
1. Introduction. definition of information system (IS), basic concepts. Anthony's paradigm, IS history, IS types.
2. Theory of information, data, information, knowledge, evidence, wisdom. IS with territorial link, IS relation and GIS.
3. IS lifecycle, IS design methods (structured and object design), UML diagrams.
4. Security IS, motivation, basic concepts, methods, cryptographic algorithms, electronic signature, GDPR.
5. Transactional and analytical systems (OLTP, OLAP). Data warehouses and data markets. Issues of ITSM (Information Technology System Management).
6. Social aspects of IS. The notion of globalization, information and knowledge society.
7. Enterprise Resource Planning (ERP). Application of IS in state administration. ISKN, e-Government (system of 4 basic registers), GeoInfoStrategie.
II. Digital Cartography and GIS
8. GIS Analytical Tools, the issue of creating a digital cartographic work.
9. Cartographic modeling in vector data model environments.
10. Cartographic modeling methods in raster data model environment.
11. Classification of spatial data.
12. Optimization tasks in GIS environment, network analysis and optimal localization tasks.