Title :
A new combined open research platform for ultrasound radio frequency signal processing
Author :
Lemor, R.M. ; Weber, P.K. ; Fonfara, P.K. ; Guenther, C. ; Welsch, H.J. ; Hoss, M.L. ; Masotti, L. ; Biagi, E. ; Scabia, M. ; Acquafresca, A. ; Facchini, R. ; Mazzanti, S. ; Ricci, A.
Author_Institution :
Fraunhofer-Inst. Biomedizinische Tech., St Ingbert, Germany
Abstract :
Two interconnected electronic platforms were designed to realize an experimental, modular and expandable system allowing the researchers to develop and to test different ultrasonic investigation techniques. The first experimental characteristic of this system lays in its capability to operate in real time with ultrasonic radio frequency (RF) signals, starting from the ultrasonic illumination function, down to acquisition, processing, storage and visualization. The second characteristic is the system interactivity with allow to modify the operation appropriately while observing results at critical steps. The two combined platforms can be considered in two different manners; an experimental open laboratory system, but also a clinical instrument when a specific configuration is chosen for a particular application. The expandability and the flexibility of this combined platform make its employment possible in non destructive testing where linear and phased array probes are being gradually introduced as well.
Keywords :
acoustic signal processing; ultrasonic arrays; ultrasonic imaging; ultrasonics; clinical instrument; interconnected electronic platforms; linear array probes; nondestructive testing; phased array probes; ultrasonic analysis; ultrasound radio frequency signal processing; Electronic equipment testing; Lighting; Phased arrays; RF signals; Radio frequency; Real time systems; Signal processing; System testing; Ultrasonic imaging; Visualization;
Conference_Titel :
Ultrasonics, 2003 IEEE Symposium on
Print_ISBN :
0-7803-7922-5
DOI :
10.1109/ULTSYM.2003.1293351