A new optical instrument has been designed for combined measurements of height, slope and curvature of the small-scale waves at the ocean surface. The compact and rugged sensor head contains two light sources and a short-base CCD stereo camera setup. It acquires stereo images of the specular reflections on the water surface representing slope of zero in a sector of about 40x30cm2. The instrument determines the mean height of the reflections in the footprint, the probability for slope of zero, and the mean square curvature. Continuous time series with 30 frames per second were recorded. Experiments from the Scripps pier and the research platform Noordwijk are reported
Spatial and temporal measurements of short wind waves can be obtained by laser scanning slope gauges...
Within the framework of the Marine Boundary Layers Accelerated Research Initiative (MBL ARI) a buoy-...
The Delft University of Technology and the Ministry of Public Works in the Netherlands jointly devel...
With the Reflective Stereo Slope Gauge and the Medium Angle Slope Gauge, two new imaging instruments...
An improved optical instrument for the measurement of slope and height statistics of capillary and s...
A new optical instrument for the study of ocean waves, the Reflective Stereo Slope Gauge, has been d...
The Reflective Stereo Slope Gauge (RSSG) was deployed to two cruises in the tropical Pacific Ocean i...
An optical instrument for the measurement of surface ocean small-scale wave statistics has been deve...
This paper introduces the first high-speed system for slope imaging of wind-induced short water wave...
Abstract-Optical techniques to measure short wave structure have been developed into working in situ...
Real-time, continuous, and long-term marine monitoring data benefits ocean research. This study deve...
An optical instrument for the measurement of surface ocean wave statistics has been developed and is...
Abstract: Spatio-temporal measurements of wind-driven short-gravity capillary waves are re-ported fo...
This thesis is concerned with the design of a new ocean going instrument to measure the local sea su...
A new optical instrument for the measurement of surface wave slope and height properties was recentl...
Spatial and temporal measurements of short wind waves can be obtained by laser scanning slope gauges...
Within the framework of the Marine Boundary Layers Accelerated Research Initiative (MBL ARI) a buoy-...
The Delft University of Technology and the Ministry of Public Works in the Netherlands jointly devel...
With the Reflective Stereo Slope Gauge and the Medium Angle Slope Gauge, two new imaging instruments...
An improved optical instrument for the measurement of slope and height statistics of capillary and s...
A new optical instrument for the study of ocean waves, the Reflective Stereo Slope Gauge, has been d...
The Reflective Stereo Slope Gauge (RSSG) was deployed to two cruises in the tropical Pacific Ocean i...
An optical instrument for the measurement of surface ocean small-scale wave statistics has been deve...
This paper introduces the first high-speed system for slope imaging of wind-induced short water wave...
Abstract-Optical techniques to measure short wave structure have been developed into working in situ...
Real-time, continuous, and long-term marine monitoring data benefits ocean research. This study deve...
An optical instrument for the measurement of surface ocean wave statistics has been developed and is...
Abstract: Spatio-temporal measurements of wind-driven short-gravity capillary waves are re-ported fo...
This thesis is concerned with the design of a new ocean going instrument to measure the local sea su...
A new optical instrument for the measurement of surface wave slope and height properties was recentl...
Spatial and temporal measurements of short wind waves can be obtained by laser scanning slope gauges...
Within the framework of the Marine Boundary Layers Accelerated Research Initiative (MBL ARI) a buoy-...
The Delft University of Technology and the Ministry of Public Works in the Netherlands jointly devel...