This paper describes a novel image processing technique that detects wave breaking and
tracks waves in the surf zone using machine learning procedures. Using time-space images …

The spatial and temporal variation of energy dissipation rates in breaking waves controls the
mean circulation of the surf zone. As this circulation plays an important role in the …

This paper uses physics-informed neural networks (PINNs) to simultaneously determine
nearshore water depths and wave height fields based on remote sensing of the ocean …

The cross‐shore evolution of individual wave celerity is investigated using two high‐
resolution laboratory experiments on bichromatic waves. Individual waves are tracked …

Breaker height is a key parameter of nearshore processes and the demand for a continuous
remote estimator is pressing. In this paper we present a standalone remote video-based …

Shore-based remote sensing platforms are increasingly used to frequently (~ daily) obtain
bathymetric information of large (~ km 2) nearshore regions over many years. With recorded …

This paper presents an investigation into the use of a 2‐dimensional laser scanner (LiDAR)
to obtain measurements of wave processes in the inner surf and swash zones of a microtidal …

This study presents unpublished field observations of infragravity waves, collected at the
dissipative beach of Saint‐Trojan (Oléron Island, France) during the storm Kurt (3 February …

In the nearshore, describing the complex individual wave dynamics remains a key
challenge. In this paper we test the ability of the Radon Transform to produce estimates of …

A new method of runup detection from video imagery is introduced and validated at an
energetic dissipative beach. The instantaneous waterline is detected from uprush and …