Ocean wind and wave parameters can be measured by in-situ sensors such as
anemometers and buoys. Since the 1980s, X-band marine radar has evolved as one of the …

This paper is a brief survey of advance technological aspects of Digital Image Processing
which are applied to remote sensing images obtained from various satellite sensors. In …

Spatial–temporal features are extracted from X-band marine radar backscatter image
sequences via deep neural networks to estimate sea surface significant wave heights …

The presence of rain may blur surface wave signatures and cause additional radar
backscatter, which negatively affects the performance of ocean remote sensing applications …

The backscatter of X-band marine radar is contaminated by rain, which limits the estimation
of wave parameters from radar images. A new method is proposed to correct the influence of …

A new method is proposed to retrieve wave height from an X-band marine radar image
sequence, without external measurements for reference. The X-band marine radar image …

In this paper, the retrieving significant wave height from X-band marine radar images based
on shadow statistics is investigated, since the retrieving accuracy can not be seriously …

A novel approach for estimating wave energy dissipation on a coral reef barrier is studied
using X‐Band radar technology. The prominent features of coral reefs, including the …

A novel algorithm is developed to estimate the shadowing ratio for the significant wave
height (SWH) inversion of the ocean wave fields imaged by horizontal polarized X-band …

在X 波段雷达有效波高获取的工程应用中, 无现场仪器校准获取波高的方法一直是人们所致力
研究的. 基于雷达阴影调制特性无校准有效波高反演的方法是一种可进行工程应用的方法 …