image imagewidth (px) 4.08k 4.16k | label class label 6 classes |
|---|---|
0Arts | |
0Arts | |
0Arts | |
0Arts | |
0Arts | |
1Football | |
1Football | |
1Football | |
1Football | |
1Football | |
2Gates Center | |
2Gates Center | |
2Gates Center | |
2Gates Center | |
2Gates Center | |
3Hamerschlag | |
3Hamerschlag | |
3Hamerschlag | |
3Hamerschlag | |
3Hamerschlag | |
4Scaife | |
4Scaife | |
4Scaife | |
4Scaife | |
4Scaife | |
4Scaife | |
5Staircase to the Sky | |
5Staircase to the Sky | |
5Staircase to the Sky | |
5Staircase to the Sky | |
5Staircase to the Sky | |
5Staircase to the Sky |
Dataset Card for {{ pretty_name | default("Dataset Name", true) }}
This dataset covers 32 original photos of 6 landmarks at Carnegie Mellon University along with 320 pieces of artifial data. This could be used for image identification tasks or geolocation tasks.
Dataset Details
Dataset Sources [optional]
- Repository: {{ repo | default("[More Information Needed]", true)}}
Uses
The main use was to train tabular machine learning models to predict what landmark is being shown or to predict the GPS location of a landmark in an image.
Direct Use
The direct use would be location or geolocal positioning tasks.
Out-of-Scope Use
Dataset Structure
This dataset consists of two splits An original split with 32 photos An artificial split with 320 photos
The tasks fall into 6 categories based on the building pictured
- Arts Building
- Football Stadium
- Gates Center
- Hamerschlag Hall
- Scaife Hall
- Staircase to the Sky
Dataset Creation
Source Data
Source data is photos from a Moto 5G around CMU campus
Data Collection and Processing
Data for this was collected by the owner using a personal phone
Who are the source data producers?
Data was initially produced by the owner.
Bias, Risks, and Limitations
This is a very small data set and will likely have issues with training and fitting, especially for more complex identification problems.
Recommendations
This dataset probably has limited accuracy as a first draft but may be useful for learning how to train models.
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