LR Wyatt - Canadian Journal of Remote Sensing, 2002 - Taylor & Francis
The interpretation of high-frequency (HF) radar backscatter from the sea surface to provide measurements of waves, winds, and currents has been developing over the last 30 years …
M Nardin, F Glangeaud… - IEEE Oceanic Engineering …, 1998 - ieeexplore.ieee.org
Underwater wave propagation is dependent on the substrata in the 1-200 Hz frequency domain. In a shallow water configuration, seismic and acoustic wave propagation is …
HF radar systems are designed to measure spatially variable sea surface currents. A methodology was developed to complement these data with information about the current …
This paper presents data that extends the range of sea-states that have been considered in an ongoing study of the limitations of HF radar backscatter modelling. The wave …
N Hashimoto, M Yamashiro - 2009 - catalog.lib.kyushu-u.ac.jp
A comparison of two methods, Bayesian Method (BM) and Modified Bayesian Method (MBM), for estimating directional wave spectra from high frequency (HF) ocean radar has …
L Lukijanto, N Hashimoto… - Coastal Engineering …, 2010 - journals.tdl.org
Abstract A Modified Bayesian Method (MBM) for estimating directional wave spectra from Doppler spectra obtained by HF radar is examined using field data which were employed in …
LR Wyatt - Quantitative Methods for Current Environmental Issues, 2002 - Springer
This paper discusses the problems that arise in interpreting and validating new technologies for the measurement of the directional spectrum of the ocean surface. Remote sensing …
The Modified Bayesian Method for estimating directional wave spectra from HF ocean radar has been improved. In this paper, we have proposed methodological approaches in order to …