Difference between revisions of "Stereo Vision Systems"
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!style='text-align:left;'| Full Hardware setup | !style='text-align:left;'| Full Hardware setup | ||
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− | * | + | * Some laptop when recording (network GUI - only browser, no extra drivers) |
− | * Good PC | + | * Good PC (+NVidia GPU) when processing |
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− | * Some require PC | + | * Some require PC with extra drivers or other software |
− | * Some require PC + good NVidia GPU | + | * Some require PC with extra drivers or other software + good NVidia GPU (like ZED) |
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Revision as of 11:44, 5 October 2018
Comparison table
3D Vision System | Elphel MNC393-XCAM | Reviewed competing products |
---|---|---|
Released | 2018 | 2015-2018 |
Depth sensing technology |
| |
Depth range, m | 10-5000m | 0.1-20m |
Depth accuracy |
Disparity accuracy is 0.05px:
|
|
Depth Processing | Post-processing | Post-processing or real-time (mostly) |
Number of image sensors | 4 (square) | 1-2 |
Stereo baseline, mm | 250 (diagonal) | from single lens to 63-250 |
IR projectors | no | some have, some don't |
Framerate | up to 10fps recording in high quality |
|
Output interfaces |
|
|
Position and orientation |
|
some have IMU (100-500Hz), but most don't |
Image sensor shutter type | ERS (Electronic Rolling Shutter) | ERS or Global |
Output format |
3D model:
|
|
Color | Color |
|
Full Hardware setup |
|
|
Links
- StereoVisionCameras_v2.ods (internal use only) (1st tab - cameras, 2nd tab - LIDARs)
- More on cameras (xinreality.com)
- More on LIDARs (dronezon.com)
- Time-of-Flight sensors (2014 TI article)