The use of micro-Doppler signatures experimentally collected by a multistatic radar system to recognise and classify different people walking is discussed. A suitable feature based on singular value decomposition of the spectrograms is proposed and tested with different types of classifiers. It is shown that high accuracy of between 97 and 99% can be achieved when multistatic data are used to perform the classification
This paper analyses the use of human micro-Doppler signatures collected using a multistatic radar sy...
This paper investigates the classification performance of using multistatic human micro-Doppler rada...
This paper focuses on the classification of human gaits based on micro-Doppler signatures. The micro...
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 investigate the use of micro-Doppler signatures experimentally recorded by a mult...
This paper investigates the selection of different combinations of features at different multistatic...
In this letter, we investigate the use of micro-Doppler signatures experimentally recorded by a mult...
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 ...
Human micro-Doppler radar signatures have been investigated to classify different types of activitie...
Classification of personnel targets by micro-Doppler signatures has received a growing interest in r...
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...
This paper investigates the classification performance of using multistatic human micro-Doppler rada...
This paper focuses on the classification of human gaits based on micro-Doppler signatures. The micro...
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 investigate the use of micro-Doppler signatures experimentally recorded by a mult...
This paper investigates the selection of different combinations of features at different multistatic...
In this letter, we investigate the use of micro-Doppler signatures experimentally recorded by a mult...
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 ...
Human micro-Doppler radar signatures have been investigated to classify different types of activitie...
Classification of personnel targets by micro-Doppler signatures has received a growing interest in r...
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...
This paper investigates the classification performance of using multistatic human micro-Doppler rada...
This paper focuses on the classification of human gaits based on micro-Doppler signatures. The micro...