The article considers the reconstruction of images by Synthetic Aperture Focusing Technique (SAFT). The work compares additive and multiplicative methods for processing signals received from antenna array. We have proven that the multiplicative method gives a better resolution. The study includes the estimation of beam trajectories for antenna arrays using analytical and numerical methods. We have shown that the analytical estimation method allows decreasing the image reconstruction time in case of linear antenna array implementation
The current development of systems of pulse-echo ultrasonic testing systems is conditioned by the in...
The implementation of automated testing systems based on six degrees of freedom (DOF) robotic manipu...
International audiencePhased arrays are now widely used in ultrasonic non destructive testing, as th...
The three methods ALOK (Amplitude Time Locus Curves), PHASED ARRAY and LSAFT (Line-Synthetic-Apertur...
The article proposes a method of preliminary correlation processing of a complete set of antenna arr...
In B-mode imaging, lateral resolution is impeded by the size and shape of the ultrasound beam used t...
Synthetic Aperture Focusing Techniques (SAFT) represent a special class of beam-steering algorithms....
An effective aperture approach is used as a tool for analysis and parameter optimization of mostly k...
In traditional ultrasonic imaging systems, a transducer is scanned across the surface of a specimen ...
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
Synthetic aperture focusing techniques (SAFT) represent a special class of beam steering algorithms ...
We developed a synthetic aperture focusing technique (SAFT)-based algorithm to extend the working di...
This paper describes the continuation of the work1,2 on synthetic aperture focusing techniques (SAFT...
Detection and evaluation of defects rely strongly on ultrasonic inspection techniques in the data ac...
In the paper the concept of synthetic aperture used for high resolution/high frame rate ultrasonic i...
The current development of systems of pulse-echo ultrasonic testing systems is conditioned by the in...
The implementation of automated testing systems based on six degrees of freedom (DOF) robotic manipu...
International audiencePhased arrays are now widely used in ultrasonic non destructive testing, as th...
The three methods ALOK (Amplitude Time Locus Curves), PHASED ARRAY and LSAFT (Line-Synthetic-Apertur...
The article proposes a method of preliminary correlation processing of a complete set of antenna arr...
In B-mode imaging, lateral resolution is impeded by the size and shape of the ultrasound beam used t...
Synthetic Aperture Focusing Techniques (SAFT) represent a special class of beam-steering algorithms....
An effective aperture approach is used as a tool for analysis and parameter optimization of mostly k...
In traditional ultrasonic imaging systems, a transducer is scanned across the surface of a specimen ...
The synthetic aperture focusing (SAF) technique allows exploration of ultrasonic array imaging perfo...
Synthetic aperture focusing techniques (SAFT) represent a special class of beam steering algorithms ...
We developed a synthetic aperture focusing technique (SAFT)-based algorithm to extend the working di...
This paper describes the continuation of the work1,2 on synthetic aperture focusing techniques (SAFT...
Detection and evaluation of defects rely strongly on ultrasonic inspection techniques in the data ac...
In the paper the concept of synthetic aperture used for high resolution/high frame rate ultrasonic i...
The current development of systems of pulse-echo ultrasonic testing systems is conditioned by the in...
The implementation of automated testing systems based on six degrees of freedom (DOF) robotic manipu...
International audiencePhased arrays are now widely used in ultrasonic non destructive testing, as th...