International audienceNew radar technologies present new challenges to Racons. Racons need to be more sensitive to pickup weaker radar signals while ignoring interference from stronger ones. The problem of recovering radarsignals becomes even more difficult in crowded maritime areas where radar signals overlap with each other.To tackle this issue, we propose a new approach to deinterleave radar pulses based on domain knowledge.Our approach deinterleaves and recovers radar pulses in an unknown maritime environment in real-timewithout prior knowledge while providing a thorough interpretation of results The effectiveness it isdemonstrated by simulations where the approach is tested through scenarios with different levels of radardensity and co...
Abstract Recent research treats radar emitter classification (REC) problems as typical closed-set c...
With the progress of signal processing technology and the emergence of new system radars, the space ...
In this paper, the classification of human activity from micro-Doppler spectrograms measured by a ra...
In a high-density maritime environment, therecovery of radar pulse sequences presents a challenge to...
International audienceIn this paper, a two-step methodology is developed to deinterlace RADAR signal...
Studying radar pulses and looking for certain patterns is critical in order to assess the threat lev...
International audienceThe classification of radar emitters in a naval electronic-warfare (EW) contex...
International audienceIdentifying RADAR transmitters represents a key challenge in electronic warfar...
The authors propose a discrete wavelet transform-based unsupervised underdetermined blind source sep...
Radar has played an irreplaceable role in modern warfare. A variety of radar-jamming methods have be...
Abstract Signals of radars with fixed, stagger and other conventional pulse repetition intervals (PR...
International audienceIdentifying unknown RADAR emitters from received pulses is an important proble...
Recognition of continuous human activities is investigated in unconstrained movement directions usin...
Due to the interaction between floating weak targets and sea clutter in complex marine environments,...
This tutorial provides an introduction to the application of knowledge-based processing to the gener...
Abstract Recent research treats radar emitter classification (REC) problems as typical closed-set c...
With the progress of signal processing technology and the emergence of new system radars, the space ...
In this paper, the classification of human activity from micro-Doppler spectrograms measured by a ra...
In a high-density maritime environment, therecovery of radar pulse sequences presents a challenge to...
International audienceIn this paper, a two-step methodology is developed to deinterlace RADAR signal...
Studying radar pulses and looking for certain patterns is critical in order to assess the threat lev...
International audienceThe classification of radar emitters in a naval electronic-warfare (EW) contex...
International audienceIdentifying RADAR transmitters represents a key challenge in electronic warfar...
The authors propose a discrete wavelet transform-based unsupervised underdetermined blind source sep...
Radar has played an irreplaceable role in modern warfare. A variety of radar-jamming methods have be...
Abstract Signals of radars with fixed, stagger and other conventional pulse repetition intervals (PR...
International audienceIdentifying unknown RADAR emitters from received pulses is an important proble...
Recognition of continuous human activities is investigated in unconstrained movement directions usin...
Due to the interaction between floating weak targets and sea clutter in complex marine environments,...
This tutorial provides an introduction to the application of knowledge-based processing to the gener...
Abstract Recent research treats radar emitter classification (REC) problems as typical closed-set c...
With the progress of signal processing technology and the emergence of new system radars, the space ...
In this paper, the classification of human activity from micro-Doppler spectrograms measured by a ra...