Spatially incoherent ultrasound is produced by the scattering of coherent ultrasonic waves at statistically moved particles. Incoherent insonification is much more uniform at near-field distances than coherent ultrasound. The lateral resolution is improved and the coherent ‘ringing’ in a sharply imaged object disappears
Coherent plane-wave compounding is the coherent summation of several successive plane waves incident...
[[abstract]]© 2003 Institute of Electrical and Electronics Engineers-Sound-velocity inhomogeneities ...
H-Scan is a new ultrasound imaging technique that relies on matching a model of pulse-echo formation...
This work demonstrates that the combination of multi-line transmission (MLT) and short-lag spatial c...
As an object rotates with respect to a stationary planar ultrasonic beam, the scattering centres wit...
International audienceCoherent backscattering is due to constructive interferences of reciprocal pat...
Quantitative ultrasound (QUS) techniques that parameterize the backscattered signal power spectrum h...
The reconstruction process of two-dimensional and three-dimensional sound-soft obstacles from a set ...
The contents of this thesis consider new methods for generating ultrasound beams for enhanced image ...
The spatial coherence properties of the signal backscattered by human tissue and measured by an ultr...
Speckle interferometry, as developed during the past decade for optical astronomy, is adapted to ult...
Ultrasonic imaging based on the pulse-echo principle is widely used throughout the world, particular...
Inhomogeneous acoustic velocity in human tissue introduces phase aberration in ultrasonic imaging sy...
We hypothesize that the combination of ultrasound Short-Lag Spatial Coherence (SLSC) imaging and Mul...
B-mode ultrasound images are characterised by the speckle artefact, which introduces fine-false stru...
Coherent plane-wave compounding is the coherent summation of several successive plane waves incident...
[[abstract]]© 2003 Institute of Electrical and Electronics Engineers-Sound-velocity inhomogeneities ...
H-Scan is a new ultrasound imaging technique that relies on matching a model of pulse-echo formation...
This work demonstrates that the combination of multi-line transmission (MLT) and short-lag spatial c...
As an object rotates with respect to a stationary planar ultrasonic beam, the scattering centres wit...
International audienceCoherent backscattering is due to constructive interferences of reciprocal pat...
Quantitative ultrasound (QUS) techniques that parameterize the backscattered signal power spectrum h...
The reconstruction process of two-dimensional and three-dimensional sound-soft obstacles from a set ...
The contents of this thesis consider new methods for generating ultrasound beams for enhanced image ...
The spatial coherence properties of the signal backscattered by human tissue and measured by an ultr...
Speckle interferometry, as developed during the past decade for optical astronomy, is adapted to ult...
Ultrasonic imaging based on the pulse-echo principle is widely used throughout the world, particular...
Inhomogeneous acoustic velocity in human tissue introduces phase aberration in ultrasonic imaging sy...
We hypothesize that the combination of ultrasound Short-Lag Spatial Coherence (SLSC) imaging and Mul...
B-mode ultrasound images are characterised by the speckle artefact, which introduces fine-false stru...
Coherent plane-wave compounding is the coherent summation of several successive plane waves incident...
[[abstract]]© 2003 Institute of Electrical and Electronics Engineers-Sound-velocity inhomogeneities ...
H-Scan is a new ultrasound imaging technique that relies on matching a model of pulse-echo formation...