| image-acquisition |
slide |
 |
The image set contains microscopy images / slide scans |
|
video |
 |
The image set contains moving images |
|
photo |
 |
The image set contains still images |
| image-quality |
raw |
 |
The images in the image set come straight from the sensor |
|
product |
 |
The images in the image set are ready for interpretation |
|
processed |
 |
The images in the image set have been QA/QCd |
| image-deployment |
survey |
 |
The camera followed a planned path execution along a free path |
|
experiment |
 |
The camera observed a manipulation of the environment |
|
stationary |
 |
The camera remained in a fixed spatial position |
|
exploration |
 |
The camera followed an unplanned path execution |
|
sampling |
 |
The camera imaging samples taken by other method ex-situ |
|
mapping |
 |
The camera followed a planned path execution along 2-3 spatial axes |
| image-navigation |
reconstructed |
 |
Position data was estimated from other measures like cable length and course over ground |
|
beacon |
 |
Position data was created from underwater beacons (USBL, …) for an underwater position |
|
satellite |
 |
Position data was created from satellite information (GPS, Galileo, …) for the sea surface |
|
transponder |
 |
Position data was created from underwater beacons (USBL, LBL, …) for an underwater position |
| image-scale-reference |
optical flow |
 |
Meter-scale in the images was determined from the relative movement of the images and the camera navigation data |
|
calibrated camera |
 |
Meter-scale in the images was determined by image data and additional external data like object distance |
|
laser marker |
 |
Meter-scale in the images was determined by laser markers visible in the images |
|
3D camera |
 |
Meter-scale in the images was determined by 3D imaging / reconstruction |
| image-illumination |
mixed light |
 |
The scene is illuminated by both sunlight and artificial light |
|
sunlight |
 |
The scene is only illuminated by the sun |
|
artificial light |
 |
The scene is only illuminated by artificial light |
| image-pixel-magnitude |
µm |
 |
The average size of a pixel in the image set is on the order of 1 µm |
|
km |
 |
The average size of a pixel in the image set is on the order of 1 km |
|
cm |
 |
The average size of a pixel in the image set is on the order of 1 cm |
|
hm |
 |
The average size of a pixel in the image set is on the order of 1 hm = 100 m |
|
mm |
 |
The average size of a pixel in the image set is on the order of 1 mm |
|
dm |
 |
The average size of a pixel in the image set is on the order of 1 dm = 0.1 m |
|
m |
 |
The average size of a pixel in the image set is on the order of 1 m |
|
dam |
 |
The average size of a pixel in the image set is on the order of 1 dam = 10 m |
| image-marine-zone |
atmosphere |
 |
The images were taken outside of the water |
|
laboratory |
 |
The images were taken ex-situ |
|
sea surface |
 |
The images were taken in/on/right above the seafloor |
|
seafloor |
 |
The images were taken right below the sea surface |
|
water column |
 |
The images were taken in the water column without the seafloor or the sea surface in sight |
| image-spectral-resolution |
rgb |
 |
The images consist of three color channels |
|
hyper-spectral |
 |
The images consist of more than 10 channels |
|
grayscale |
 |
The images consist of one color channel |
|
multi-spectral |
 |
The images consist of 4-10 color channels |
| image-capture-mode |
mixed |
 |
Image-acquisition was triggered by both a timer and a human-controller |
|
manual |
 |
Image-acquisition was triggered by a human controller |
|
timer |
 |
Image-acquisition was triggered by a timer |