Phase-resolved wave prediction is of vital importance for the real-time control of wave
energy converters. In this paper, a novel wave prediction method is proposed, which, to the …

This paper details a comprehensive study of deterministic real-time wave forecasting in
directional seas. By using wave models on the basis of a Lagrangian description, a good …

Previous research on real-time deterministic sea wave prediction has generally focused on
evaluating the accuracy and efficiency of short-term wave fields within a specific prediction …

We assess the capability of fast wave models to deterministically predict nonlinear ocean
surface waves from non-uniformly distributed data such as sampled from an optical ocean …

Doppler radars at all incidence angles measure mean velocities and spreads that have
complex relations to oceanic motions, with opportunities to measure winds, waves, and …

This paper describes an analytical model of the full‐polarimetric sea surface scattering and
Doppler signature. The model combines the small‐slope‐approximation theory (at the …

We report on the development of free surface reconstruction algorithms to predict ocean
waves, based on spatial observations made with a high-frequency Flash light detection and …

Optimizing the production of wave energy converters using Model Predictive Control (MPC)
requires a real-time, deterministic prediction of the waves arriving at the device. This study …

Floating marine structures implement real-time wave excitation force prediction to address
optimal control issues. The accuracy of force prediction relies on adequate wave forecasting …

The image intensity of high-resolution synthetic aperture radar (SAR) is closely related to the
facet scattering distribution. In this paper, the effects of wind wave spectra, non-Gaussianity …