155MSDC Modern Methods of Spatial Data Collection: Porovnání verzí
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==Basic Information== | ==Basic Information== | ||
* | * Up-to-date and complete information are '''ON THIS PAGE''' | ||
* | * Code: 155MSDC | ||
* 6 | * Lectures: '''{{Lidé|prof. Dr. Ing. Karel Pavelka}}''', '''{{Lidé|doc. Ing. Jan Pacina, Ph.D.}}''' | ||
* finished with an exam | * Practical classes: {{Lidé|prof. Dr. Ing. Karel Pavelka}}, | ||
** {{Lidé|doc. Ing. Jan Pacina, Ph.D.}} | |||
* lectures per week: 2 hours | |||
* exercises per week: 2 hours | |||
* Credits: 6 | |||
* finished with: an exam | |||
* winter semester | * winter semester | ||
A new course, introduced in 2020. It deals with modern methods that are still being developed but are already in common practice. These are mainly mobile personal laser scanners and miniaturized laser scanners for BIM, the course introduces the basics of data conversion to REVIT, the course also briefly introduces geophysical methods of subsurface non-invasive exploration (GPR and magnetometer). Part of the lectures and the application exercises are devoted to modern RPAS systems (drones) and also satellite data warehouses. A significant part deals with methods of data use and conversion into virtual reality (VR). | |||
==Anotation== | ==Anotation== | ||
;Literature | ;Literature | ||
De Smith, M.J., Goodchild, M.F. and Longley, P.A. (2015) Geospatial Analysis A Comprehensive Guide to Principles, Techniques, and Software Tools. | |||
==Lectures== | ==Lectures== | ||
| Řádek 17: | Řádek 24: | ||
==Exercises== | ==Exercises== | ||
see videos in lectures part | |||
Aktuální verze z 20. 10. 2023, 13:15
Basic Information
- Up-to-date and complete information are ON THIS PAGE
- Code: 155MSDC
- Lectures:
prof. Dr. Ing. Karel Pavelka, doc. Ing. Jan Pacina, Ph.D.
- Practical classes:
- lectures per week: 2 hours
- exercises per week: 2 hours
- Credits: 6
- finished with: an exam
- winter semester
A new course, introduced in 2020. It deals with modern methods that are still being developed but are already in common practice. These are mainly mobile personal laser scanners and miniaturized laser scanners for BIM, the course introduces the basics of data conversion to REVIT, the course also briefly introduces geophysical methods of subsurface non-invasive exploration (GPR and magnetometer). Part of the lectures and the application exercises are devoted to modern RPAS systems (drones) and also satellite data warehouses. A significant part deals with methods of data use and conversion into virtual reality (VR).
Anotation
- Literature
De Smith, M.J., Goodchild, M.F. and Longley, P.A. (2015) Geospatial Analysis A Comprehensive Guide to Principles, Techniques, and Software Tools.
Lectures
Lecturer:
- Up-to-date and complete information, see here - 155MSCD - lectures and videos
Exercises
see videos in lectures part