Add to ORKGSonar target classification based on frequency-domain echo analysis is investigated. Conventional pulsed sonars are compared with continuous transmission frequency modulated (CTFM) sonars, and differences relating to target classification are discussed. A practical technique is introduced which eliminates the blind time inherent in CTFM technology. The value and implications of modelling underwater sonars in air are discussed and illustrated. The relati ve merits of auditory, visual and computer analysis of echoes are examined, and the effects of using two or more analysis methods simultaneously are investigated. Var ious stat i sti cal techni ques for detect i ng and classifying targets are explored. It is seen that with present hardware l...
International audience—The knowledge of the impulse response of the propagation channel is required ...
As a ranging sensor, a continuous transmission frequency modulation (CTFM) sonar with its ability fo...
ABSTRACT A novel underwater target recognition approach has been developed based on the use of Wigne...
Abstract — The accurate detection and identification of underwater targets continues as a major issu...
The majority of active sonar systems detect and classify a target based on the amplitude of the rece...
Ultrasonic sonar sensors are commonly used for contactless distance measurements in application area...
Active sonar performance is limited by noise, reverberation or false alarm rate (FAR). High FAR is o...
In this data set, 6 objects including 2 targets and 4 non-targets lay on the sea sand bottom. Upon t...
Target recognition and classification applied to radar and sonar systems has become of great importa...
In this data set, 6 objects including 2 targets and 4 non-targets lay on the sea sand bottom. Upon t...
The accurate detection and identification of underwater targets continues as a major issue, despite,...
This paper presents a method for target recognition and clas-sification in shallow water environment...
In recent years the focus of anti-submarine warfare (ASW) has changed to more shallow operation area...
International audience—The knowledge of the impulse response of the propagation channel is required ...
International audience—The knowledge of the impulse response of the propagation channel is required ...
International audience—The knowledge of the impulse response of the propagation channel is required ...
As a ranging sensor, a continuous transmission frequency modulation (CTFM) sonar with its ability fo...
ABSTRACT A novel underwater target recognition approach has been developed based on the use of Wigne...
Abstract — The accurate detection and identification of underwater targets continues as a major issu...
The majority of active sonar systems detect and classify a target based on the amplitude of the rece...
Ultrasonic sonar sensors are commonly used for contactless distance measurements in application area...
Active sonar performance is limited by noise, reverberation or false alarm rate (FAR). High FAR is o...
In this data set, 6 objects including 2 targets and 4 non-targets lay on the sea sand bottom. Upon t...
Target recognition and classification applied to radar and sonar systems has become of great importa...
In this data set, 6 objects including 2 targets and 4 non-targets lay on the sea sand bottom. Upon t...
The accurate detection and identification of underwater targets continues as a major issue, despite,...
This paper presents a method for target recognition and clas-sification in shallow water environment...
In recent years the focus of anti-submarine warfare (ASW) has changed to more shallow operation area...
International audience—The knowledge of the impulse response of the propagation channel is required ...
International audience—The knowledge of the impulse response of the propagation channel is required ...
International audience—The knowledge of the impulse response of the propagation channel is required ...
As a ranging sensor, a continuous transmission frequency modulation (CTFM) sonar with its ability fo...
ABSTRACT A novel underwater target recognition approach has been developed based on the use of Wigne...