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i q modulator  (Keysight Technologies)

 
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    Keysight Technologies i q modulator
    I Q Modulator, supplied by Keysight Technologies, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/i+q+modulator/arxiv__2502__11076-42-1-3?v=Keysight+Technologies
    Average 86 stars, based on 1 article reviews
    i q modulator - by Bioz Stars, 2026-07
    86/100 stars

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    Illustration of the experimental setup for pHIFU exposures of surgically exposed porcine liver in vivo and the ultrasound imaging sequences for treatment guidance. (a) A HIFU transducer equipped with water-filled coupling cone on the front and a coaxial imaging probe mounted at the center opening were used to deliver pHIFU pulses and acquire imaging data, respectively. A midline abdominal incision was made, allowing the cone tip to be in direct contact with the liver surface. (b) The ultrasound imaging sequence. 13 <t>planewave</t> Doppler pulses were emitted immediately after each pHIFU pulse, followed by conventional ray-line B-mode imaging pulses. The imaging probe was operated in ‘listening mode’ for passive cavitation detection (PCD), capturing radio-frequency (RF) signals during HIFU pulses to monitor inertial cavitation activity.
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    Image Search Results


    Illustration of the experimental setup for pHIFU exposures of surgically exposed porcine liver in vivo and the ultrasound imaging sequences for treatment guidance. (a) A HIFU transducer equipped with water-filled coupling cone on the front and a coaxial imaging probe mounted at the center opening were used to deliver pHIFU pulses and acquire imaging data, respectively. A midline abdominal incision was made, allowing the cone tip to be in direct contact with the liver surface. (b) The ultrasound imaging sequence. 13 planewave Doppler pulses were emitted immediately after each pHIFU pulse, followed by conventional ray-line B-mode imaging pulses. The imaging probe was operated in ‘listening mode’ for passive cavitation detection (PCD), capturing radio-frequency (RF) signals during HIFU pulses to monitor inertial cavitation activity.

    Journal: Scientific Reports

    Article Title: Dynamic mode decomposition based Doppler monitoring of de novo cavitation induced by pulsed HIFU: an in vivo feasibility study

    doi: 10.1038/s41598-024-73787-w

    Figure Lengend Snippet: Illustration of the experimental setup for pHIFU exposures of surgically exposed porcine liver in vivo and the ultrasound imaging sequences for treatment guidance. (a) A HIFU transducer equipped with water-filled coupling cone on the front and a coaxial imaging probe mounted at the center opening were used to deliver pHIFU pulses and acquire imaging data, respectively. A midline abdominal incision was made, allowing the cone tip to be in direct contact with the liver surface. (b) The ultrasound imaging sequence. 13 planewave Doppler pulses were emitted immediately after each pHIFU pulse, followed by conventional ray-line B-mode imaging pulses. The imaging probe was operated in ‘listening mode’ for passive cavitation detection (PCD), capturing radio-frequency (RF) signals during HIFU pulses to monitor inertial cavitation activity.

    Article Snippet: The processing was applied to the 2-dimensional in-phase quadrature (I/Q) modulated planewave image datasets acquired by Verasonics.

    Techniques: In Vivo, Imaging, Sequencing, Activity Assay

    Illustration of the principle of DMD processing of planewave Doppler data. I/Q modulated planewave images underwent DMD processing, yielding a reduced order set of spatiotemporal modes along with modal parameters such as mode frequency and temporal decay rate. From these unclassified modes, bubble modes were identified using k-means clustering and a contrast-based thresholding method. These bubble modes were then reconstructed into bubble images, which were further processed using a conventional Doppler power algorithm. Finally, the Doppler power maps corresponding to each pHIFU pulse were cumulatively summed over all pHIFU pulses, enabling a comparison with histological images.

    Journal: Scientific Reports

    Article Title: Dynamic mode decomposition based Doppler monitoring of de novo cavitation induced by pulsed HIFU: an in vivo feasibility study

    doi: 10.1038/s41598-024-73787-w

    Figure Lengend Snippet: Illustration of the principle of DMD processing of planewave Doppler data. I/Q modulated planewave images underwent DMD processing, yielding a reduced order set of spatiotemporal modes along with modal parameters such as mode frequency and temporal decay rate. From these unclassified modes, bubble modes were identified using k-means clustering and a contrast-based thresholding method. These bubble modes were then reconstructed into bubble images, which were further processed using a conventional Doppler power algorithm. Finally, the Doppler power maps corresponding to each pHIFU pulse were cumulatively summed over all pHIFU pulses, enabling a comparison with histological images.

    Article Snippet: The processing was applied to the 2-dimensional in-phase quadrature (I/Q) modulated planewave image datasets acquired by Verasonics.

    Techniques: Comparison