Quantifying erosion rates
Posted: Mon Dec 18, 2017 5:12 pm
Hello,
I am wondering if anybody can assist me on my dissertation project - coastal erosion.
My project is to compare 13 ALS LiDAR datasets obtained over a 6 year epoch; with a TLS point cloud obtained one month ago. Both datasets are in the OSGB36 coordinate reference frame.
I am wanting to quantify the rates of erosion. Erosion rates are high at the location I am using. Would it be possible to use the ICP surface matching algorithm on both datasets and obtain the distance the surface has moved to the reference surface. For example, use the TLS as the fixed reference and the LiDAR as the data?
This is a screenshot of the TLS data compared to the ALS from one epoch in CloudCompare.
I greatly appreciate any help or guidance.
Kind Regards,
Naeem Stevens
I am wondering if anybody can assist me on my dissertation project - coastal erosion.
My project is to compare 13 ALS LiDAR datasets obtained over a 6 year epoch; with a TLS point cloud obtained one month ago. Both datasets are in the OSGB36 coordinate reference frame.
I am wanting to quantify the rates of erosion. Erosion rates are high at the location I am using. Would it be possible to use the ICP surface matching algorithm on both datasets and obtain the distance the surface has moved to the reference surface. For example, use the TLS as the fixed reference and the LiDAR as the data?
This is a screenshot of the TLS data compared to the ALS from one epoch in CloudCompare.
I greatly appreciate any help or guidance.
Kind Regards,
Naeem Stevens