Scene Understanding with UAV's
Apply the learned IBM techniques using the proposed commercial software (pix4D) for UAV data.Apply three semantic segmentation algorithms for UAV imagery.Design two state-of-the-art object detection algorithms for processing given UAV imagery.Describe the typical UAV data acquisition procedure and data processing for 3D geo-information purposes, understanding the technical decisions usually adopted in real practical cases.Identify the major pros and cons of the use of UAVs upon the gained experience and relate them with the five different domains.Analyse and evaluate the geometric quality of the previously generated data using the two available tools (GNUplot and CloudCompare).
is course learning outcome of
Scene Understanding with UAV's
OSIRIS number
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endDate
2022-11-10T23:00:00Z
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hasDidacticalApproachComment
The course will be composed of ...... ndependence during the course.
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has learning outcome
hasPrerequisiteComment
Specialization: Geoinformatics ...... ordinator for clarification.
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has subject
is part of programme
number of staff
quartileITC
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requires software
startDate
2022-09-04T22:00:00Z
abstract
Unmanned Aerial Vehicles (UAVs ...... contribute to the course mark.
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title
Unmanned Aerial Vehicles for Scene Understanding
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type
label
Scene Understanding with UAV's
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Scene Understanding with UAV's
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