In this letter, we investigate the use of micro-Doppler signatures experimentally recorded by a multistatic radar system to perform recognition of people walking. Three different sets of features are tested, taking into account the impact on the overall classification performance of parameters, such as aspect angle, types of classifier, different values of signal-to-noise ratio, and different ways of exploiting multistatic information. High classification accuracy of above 98% is reported for the most favorable aspect angle, and the benefit of using multistatic data at less favorable angles is discussed
This study discusses the analysis of multistatic micro-Doppler signatures and related features to di...
Classification of different human activities using multistatic micro-Doppler data and features is co...
The purpose of this paper is to present an experimental trial carried out at the Defence Academy of ...
In this letter, we investigate the use of micro-Doppler signatures experimentally recorded by a mult...
The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recogn...
The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recogn...
In this letter, we present the use of experimental human micro-Doppler signature data gathered by a ...
In this letter, we present the use of experimental human micro-Doppler signature data gathered by a ...
This paper investigates the selection of different combinations of features at different multistati...
This paper analyses the use of human micro-Doppler signatures collected using a multistatic radar sy...
This paper analyses the use of human micro-Doppler signatures collected using a multistatic radar sy...
The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recogn...
In this letter, we present the use of experimental human micro-Doppler signature data gathered by a ...
This study discusses the analysis of multistatic micro-Doppler signatures and related features to di...
This paper investigates the selection of different combinations of features at different multistatic...
This study discusses the analysis of multistatic micro-Doppler signatures and related features to di...
Classification of different human activities using multistatic micro-Doppler data and features is co...
The purpose of this paper is to present an experimental trial carried out at the Defence Academy of ...
In this letter, we investigate the use of micro-Doppler signatures experimentally recorded by a mult...
The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recogn...
The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recogn...
In this letter, we present the use of experimental human micro-Doppler signature data gathered by a ...
In this letter, we present the use of experimental human micro-Doppler signature data gathered by a ...
This paper investigates the selection of different combinations of features at different multistati...
This paper analyses the use of human micro-Doppler signatures collected using a multistatic radar sy...
This paper analyses the use of human micro-Doppler signatures collected using a multistatic radar sy...
The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recogn...
In this letter, we present the use of experimental human micro-Doppler signature data gathered by a ...
This study discusses the analysis of multistatic micro-Doppler signatures and related features to di...
This paper investigates the selection of different combinations of features at different multistatic...
This study discusses the analysis of multistatic micro-Doppler signatures and related features to di...
Classification of different human activities using multistatic micro-Doppler data and features is co...
The purpose of this paper is to present an experimental trial carried out at the Defence Academy of ...