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Have anyone here tried to pass non-uniform lidar data such as RS-Lidar 32 data (Robosense) that have this kind of distribution?
What do you think about making a range image from this kind of data? Should I variate the vertical angular resolution for each vertical scan, or we can force it to have the same angular resolution? I have a concern about the accuracy of the SLAM. I saw that both method has different range image representationshown in the image below. Top: same angular resolution, bottom: different.
Are you guys have any idea how to pass this kind of lidar data? And how about the accuracy difference?
Thank you.
The text was updated successfully, but these errors were encountered:
Hi everyone,
Have anyone here tried to pass non-uniform lidar data such as RS-Lidar 32 data (Robosense) that have this kind of distribution?
What do you think about making a range image from this kind of data? Should I variate the vertical angular resolution for each vertical scan, or we can force it to have the same angular resolution? I have a concern about the accuracy of the SLAM. I saw that both method has different range image representationshown in the image below.
![image](https://user-images.githubusercontent.com/79518199/165444045-9a0fe501-c604-40d5-8d80-fe0cc6e8efda.png)
Top: same angular resolution, bottom: different.
Are you guys have any idea how to pass this kind of lidar data? And how about the accuracy difference?
Thank you.
The text was updated successfully, but these errors were encountered: