ITLCampus-SM
Описание
The dataset was recorded on the Husky robotics platform on the university campus and consists of 5 tracks recorded at different times of day (day/dusk/night) and different seasons (winter/spring).
ITLCampus-SM
The dataset was recorded on the Husky robotics platform on the university campus and consists of 5 tracks recorded at different times of day (day/dusk/night) and different seasons (winter/spring).

Data
| Track | Season | Time of day | Frames, pcs | Front cam, res | Back cam, res | LiDAR, rays | 6 DoF pose | Semantic masks |
|---|---|---|---|---|---|---|---|---|
| 00_2023-02-21 | winter | day | 16 | ☑ | front + back classes | |||
| 01_2023-03-15 | winter | night | 16 | ☑ | front + back classes | |||
| 02_2023-02-10 | winter | twilight | 16 | ☑ | front + back classes | |||
| 03_2023-04-11 | spring | day | 16 | ☑ | front + back classes | |||
| 11_2023-04-13 | spring | night | 16 | ☑ | front + back classes |
6 DoF poses obtained using ALeGO-LOAM localization method refined with Interactive SLAM.
Sensors
| Sensor | Model | Resolution |
|---|---|---|
| Front cam | ZED (stereo) | |
| Back cam | RealSense D435 | |
| LiDAR | VLP-16 |
Semantics
Semantic masks are obtained using the Oneformer pre-trained on the Mapillary dataset.
The masks are stored as mono-channel images.Each pixel stores a semantic label. Examples of semantic information are shown in the table below:
| Label | Semantic class | Color, [r, g, b] |
|---|---|---|
| ... | ... | ... |
| 10 | Parking | [250, 170, 160] |
| 11 | Pedestrin Area | [96, 96, 96] |
| 12 | Rail Track | [230, 150, 140] |
| 13 | Road | [128, 64, 128] |
| ... | ... | ... |
The complete list of semantic labels and their colors are described in the file anno_config.json.
An example of a mask over the image:

Structure
The data are organized by tracks, the length of one track is about 3 km, each track includes about 600 frames. The distance between adjacent frames is ~5 m.
The structure of track data storage is as follows:
where
- file name, which is the timestamp of the image/scan (virtual timestamp of the moment when the image/scan was taken)####- files - LiDAR scans in binary format.bin- images and semantic masks.png- timestamp mapping for all data and 6DoF robot poses.csv
An example of a track trajectory (track_map.png):
