![Driver notebook cce win i305](https://kumkoniak.com/62.jpg)
![driver notebook cce win i305 driver notebook cce win i305](https://fasrcompany283.weebly.com/uploads/1/2/4/9/124993958/134857985.jpg)
Hourly depth estimates are combined and analysed over a period of 1.5 years (2013-2014).
![driver notebook cce win i305 driver notebook cce win i305](http://s2.glbimg.com/kIzbWIDSNRLMUNnMLA1ssqhZUqY=/695x0/s.glbimg.com/po/tt2/f/original/2014/12/09/notebook-cce-ht345-tv.jpg)
Here, the application of the cBathy at Porthtowan in the South-West of England is presented. The video-data collection is set estimate depths hourly on a grid with resolution in the order of 10x25 meters. A tide dependent floating pixel and camera boundary solution have been proposed to overcome these issues (Bergsma et al., under review). Despite the good performance at Duck, large discrepancies were found related to tidal elevation and camera height (Bergsma et al., 2014) and on the camera boundaries. cBathy is based on observations of the dominant frequencies and wavelengths of surface wave motions and estimates the depth (and hence allows inference of bathymetry profiles) based on linear wave theory. With the cBathy code (Holman et al., 2013) fully operational, bathymetry results with 0.5 metres accuracy have been regularly obtained at Duck, USA. In recent years, bathymetry estimates using video images have become increasingly accurate.
![driver notebook cce win i305 driver notebook cce win i305](https://sites.google.com/site/lnchthinkpadtouchscreenlaptop8/_/rsrc/1467887820542/special-price-lenovo-ideapad-g510-15-6-inch-laptop-59406740-black/cxdfsgdfhhrter.jpg)
High Spatio-Temporal Resolution Bathymetry Estimation and Morphologyīergsma, E.
![Driver notebook cce win i305](https://kumkoniak.com/62.jpg)