Sea clutter in marine surveillance radar makes the task of detecting small targets a very challenging problem. In this paper, a set of three signal processing techniques designed to suppress unwanted sea clutter radar echo and achieve target detection with no prior knowledge of the ocean and environmental conditions is presented. These include signal averaging, time-frequency representation, and morphological filtering. Datasets from real marine radar operating in staring mode are used to illustrate the performance of the new approaches
In case of high-resolution, low grazing angle, high sea state, and horizontal transmitting, horizont...
This paper aims to evaluate the performance of target detection in the presence of sea clutter. Rada...
The long-time coherent integration can effectively improve the detection ability of radar targets. H...
Sea clutter in marine surveillance radar makes the task of detecting small targets a very challengin...
Sea clutter in marine surveillance radar makes the task of detecting small targets a very challengin...
Improving small target detection in sea clutter is an important step towards making radar a more eff...
International audienceAlong with the rapid development of marine radar, and particularly those carri...
International audienceAlong with the rapid development of marine radar, and particularly those carri...
Along with the rapid development of marine radar, and particularly those carried on aircraft, the de...
In order to detect targets upon sea surface or near it, marine radars should be capable of distingui...
International audienceAlong with the rapid development of marine radar, and particularly those carri...
In this paper, we propose a method to exploit waveform agility in modern radars to improve performan...
AbstractThe most fundamental problem in radar signal is detection of an object or physical phenomeno...
In marine radar target detection, sea clutter will cause a large number of missed alarms and false a...
A key issue in detection of small targets on the ocean surface using active radar is low signal-to-c...
In case of high-resolution, low grazing angle, high sea state, and horizontal transmitting, horizont...
This paper aims to evaluate the performance of target detection in the presence of sea clutter. Rada...
The long-time coherent integration can effectively improve the detection ability of radar targets. H...
Sea clutter in marine surveillance radar makes the task of detecting small targets a very challengin...
Sea clutter in marine surveillance radar makes the task of detecting small targets a very challengin...
Improving small target detection in sea clutter is an important step towards making radar a more eff...
International audienceAlong with the rapid development of marine radar, and particularly those carri...
International audienceAlong with the rapid development of marine radar, and particularly those carri...
Along with the rapid development of marine radar, and particularly those carried on aircraft, the de...
In order to detect targets upon sea surface or near it, marine radars should be capable of distingui...
International audienceAlong with the rapid development of marine radar, and particularly those carri...
In this paper, we propose a method to exploit waveform agility in modern radars to improve performan...
AbstractThe most fundamental problem in radar signal is detection of an object or physical phenomeno...
In marine radar target detection, sea clutter will cause a large number of missed alarms and false a...
A key issue in detection of small targets on the ocean surface using active radar is low signal-to-c...
In case of high-resolution, low grazing angle, high sea state, and horizontal transmitting, horizont...
This paper aims to evaluate the performance of target detection in the presence of sea clutter. Rada...
The long-time coherent integration can effectively improve the detection ability of radar targets. H...