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Combining LiDAR and Photogrammetry to Generate Up-to-date 3D City Models
Kaixuan Zhou
Mathematical Geodesy and Positioning
Research output
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Thesis
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Dissertation (TU Delft)
497
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Dive into the research topics of 'Combining LiDAR and Photogrammetry to Generate Up-to-date 3D City Models'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Accuracy
46%
Acquisition
7%
Airborne Laser Scanning
100%
Alternatives
7%
Approach
7%
Building
76%
Camera
38%
Cartography
15%
Change Detection
7%
Color
30%
Constraint
7%
Convention
7%
Decision
7%
Edge
30%
Extraction
15%
Forest
7%
Germany
7%
Image
30%
Imagery
38%
Increasing
7%
Information
53%
Machine Learning
7%
Matching
38%
Metropolitan Area
100%
Model
100%
Municipality
7%
Netherlands
7%
Photogrammetry
100%
Pixel
15%
Plane
7%
Position (Location)
7%
Quality
7%
Requirement
7%
Research
7%
Sample
7%
Shadow
38%
Show
7%
Starting
7%
Training
7%
Urban Infrastructure
7%
Urbanisation
7%
INIS
accuracy
46%
cameras
38%
cities
100%
color
30%
comparative evaluations
7%
cost
7%
data
92%
detection
7%
environment
7%
extraction
15%
forests
7%
germany
7%
height
23%
images
30%
increasing
7%
information
53%
lasers
100%
lidar
100%
machine learning
7%
mapping
15%
netherlands
7%
randomness
7%
texture
7%
values
15%
verification
7%
Agricultural and Biological Sciences
Accuracy
46%
Area
23%
Buildings
76%
Camera
38%
Cities
100%
Detection
7%
Environment
7%
Extraction
15%
Forests
7%
Height
23%
Information
53%
Lasers
100%
Learning
7%
Materials
7%
Model
100%
Photogrammetry
100%
Ray
7%
Research
7%
Engineering
Accuracy
60%
Buildings
100%
Characteristics
10%
Combines
10%
Data Show
10%
Data Source
10%
Detection
10%
Environment
10%
Extraction
20%
Germany
10%
High Cost
10%
Images
20%
Infrastructure
10%
Learning Approach
10%
Limitations
10%
Mapping
20%
Matching Point
10%
Models
100%
Random Forest
10%
Requirement
10%
Research
10%
Single Image
20%
Test Result
10%
Computer Science
Accuracy
75%
Data Source
12%
Detection
12%
Local Condition
12%
Machine Learning Approach
12%
Model
100%
Plane Information
12%
Random Decision Forest
12%
ray-tracing
12%
stereo pair
100%
Training Sample
12%
Keyphrases
3D Change Detection
12%
Airborne Camera
62%
Color Value
12%
Imagery Data
25%
Planimetric Accuracy
62%
RGB Color Values
12%
Scanning Points
12%