AbstractIn advanced ultrasound imaging systems, expensive high-end integrated analog front-ends have been traditionally used to support generation of arbitrary transmit waveforms, in addition to transmit focusing and apodization control. In this paper, we present a cost-effective computer-controlled reconfigurable high-resolution arbitrary waveform generator (HRAWG) that has been designed for ultrasound research, development and teaching at the Federal University of Technology (UTFPR), Brazil. The 8-channel transmit beamformer is fully controlled by a host computer in which a Matlab GUI with the Field II simulation program, allows easy and accurate control over the transmission parameters such as waveform, amplitude apodization and timing
The conventional ultrasound systems consist of many separated parts, and the bulky cables for connec...
Ultrasound in medicine has gone through great evolution in the last few decades and has occupied imp...
We present the newest application specific version of our beamformer platform “DiPhAS” that provides...
AbstractIn advanced ultrasound imaging systems, expensive high-end integrated analog front-ends have...
commercial US systems have been typically used by research laboratories for the development and expe...
This paper presents the development of a digital beamformer transmitter system for generation of arb...
Several research platforms are available for the development of ultrasound applications and algorith...
The current ultrasound therapy machines are implementing continuous waveform, which in fact, is not ...
Noninvasive and multi-purposed, with uses ranging from fetal monitoring to cancer detection, medical...
In commercial ultrasound systems, the transmit module typically generates the time delayed excitatio...
The implementation of miniaturised excitation circuitry in portable systems and transducer integrate...
This paper presents a low-complexity, cost-effective digital beamformer architecture for a high-freq...
Abstract: In medical field, two-dimension ultrasound images are widely used in clinical diagnosis. B...
Modern hardware components like FPGAs and GPUs allow the massive parallelization of signal processin...
Real-time ultrasonic imaging systems have been available for more than sixty years and are becoming ...
The conventional ultrasound systems consist of many separated parts, and the bulky cables for connec...
Ultrasound in medicine has gone through great evolution in the last few decades and has occupied imp...
We present the newest application specific version of our beamformer platform “DiPhAS” that provides...
AbstractIn advanced ultrasound imaging systems, expensive high-end integrated analog front-ends have...
commercial US systems have been typically used by research laboratories for the development and expe...
This paper presents the development of a digital beamformer transmitter system for generation of arb...
Several research platforms are available for the development of ultrasound applications and algorith...
The current ultrasound therapy machines are implementing continuous waveform, which in fact, is not ...
Noninvasive and multi-purposed, with uses ranging from fetal monitoring to cancer detection, medical...
In commercial ultrasound systems, the transmit module typically generates the time delayed excitatio...
The implementation of miniaturised excitation circuitry in portable systems and transducer integrate...
This paper presents a low-complexity, cost-effective digital beamformer architecture for a high-freq...
Abstract: In medical field, two-dimension ultrasound images are widely used in clinical diagnosis. B...
Modern hardware components like FPGAs and GPUs allow the massive parallelization of signal processin...
Real-time ultrasonic imaging systems have been available for more than sixty years and are becoming ...
The conventional ultrasound systems consist of many separated parts, and the bulky cables for connec...
Ultrasound in medicine has gone through great evolution in the last few decades and has occupied imp...
We present the newest application specific version of our beamformer platform “DiPhAS” that provides...