Mentions
Extended reach
Total likes
Video views
AI synopsis
Multiple posts praise the new method's utility, referencing collaborations with Johns Hopkins and Leuven, and noting its potential to improve ultrasound imaging techniques. The tone indicates excitement about its practical applications, with phrases like 'useful for researchers' and 'can be applied to various image types,' suggesting a positive outlook on influence and further research.
Most posts highlight agreement with the publication, recognizing the importance of a more reliable measure like the generalized contrast-to-noise ratio for lesion detectability.
Discussions show high interest, especially in its application to ultrasound imaging and potential to improve image analysis.
Posts demonstrate engagement through mentions of collaborations and implications for researchers, though some are more informational than deeply analytical.
The discussions imply that the work could have a meaningful impact on imaging methodology, particularly in advancing ultrasound techniques and research tools.
Together with @JohnsHopkins & @KU_Leuven, we have created a new method to measure contrast in #ultrasound images. This can be useful for researchers working on new or improved image formation methods for medical ultrasound and other imaging technologies. https://t.co/24NfdOR99G
The generalized contrast-to-noise ratio: a formal definition for lesion detectability https://t.co/XFaF37ueAy
RT @CIUS_NTNU: Together with @JohnsHopkins & @KU_Leuven, we have created a new method to measure contrast in #ultrasound images. This can b…
RT @EurekaMag: The generalized contrast-to-noise ratio: a formal definition for lesion detectability https://t.co/XFaF37ueAy
This presentation discusses how accounting for the frequency dependence of the Fnumber improves contrast and spatial resolution in ultrafast pulse-echo ultrasound imaging, featuring a closed-form Fnumber expression and…
This lecture examines how frequency-dependent F-numbers impact synthetic aperture ultrasound imaging, demonstrating how they suppress grating lobes and improve signal-to-noise ratio and lateral resolution. MATLAB and…
RT @EurekaMag: The generalized contrast-to-noise ratio: a formal definition for lesion detectability https://t.co/XFaF37ueAy
The generalized contrast-to-noise ratio: a formal definition for lesion detectability https://t.co/XFaF37ueAy
RT @CIUS_NTNU: Together with @JohnsHopkins & @KU_Leuven, we have created a new method to measure contrast in #ultrasound images. This can b…
Together with @JohnsHopkins & @KU_Leuven, we have created a new method to measure contrast in #ultrasound images. This can be useful for researchers working on new or improved image formation methods for medical ultrasound and other imaging technologies. https://t.co/24NfdOR99G
Digital Object Identifier 10.1109/TUFFC.2019.2956855 and the gCNR of the studied imaging methods is evaluated. This work is licensed under a Creative ...
Control 2020, 67, 745–759, doi:10.1109/TUFFC.2019.2956855. 31. Jensen, J.A.; Nikolov, S.I.; Gammelmark, K.L.; Pedersen, M.H. Synthetic aperture ...
C
E
BB
SA