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k wave matlab toolbox  (MathWorks Inc)


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    Structured Review

    MathWorks Inc k wave matlab toolbox
    K Wave Matlab Toolbox, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 96/100, based on 673 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/k-wave+toolbox/Mapping+Toolbox/pm41087312-110-22-23
    Average 96 stars, based on 673 article reviews
    k wave matlab toolbox - by Bioz Stars, 2026-10
    96/100 stars

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    Article Title: Needle hydrophone-based photoacoustic microscopy with experimentally measured impulse response for improved depth of focus
    Article Snippet: For the simulation of the hydrophone impulse response function (SIRF), the k-Wave toolbox in MATLAB was used to replicate experimental conditions ( ).

    Article Title: Angular spatial compounding of diffraction corrected images improves ultrasound attenuation measurements.
    Article Snippet: Breast cancer is a leading cause of death for women.. Quantitative ultrasound (QUS) and ultrasound computed tomography (USCT) are quantitative imaging techniques that have been investigated for management of breast cancer.. QUS and USCT can generate ultrasound attenuation images.

    Article Title: Real-time super-resolution photoacoustic imaging based on speckle illumination and high-speed computed tomography.
    Article Snippet: Photoacoustic imaging has demonstrated remarkable potential for providing both structural and functional information about biological tissue.. However, acquiring real-time images with a resolution beyond acoustic resolution limit remains a critical challenge.. In this study, we propose a speckle illumination photoacoustic computed tomography (SIPACT) system to overcome this limitation.

    Article Title: Time of Flight Transmission Mode Ultrasound Computed Tomography with Expected Gradient and Boundary Optimization
    Article Snippet: Objective: Quantitative time of flight in transmission mode ultrasound computed tomography (TFTM USCT) is a promising, cost-effective, and noninvasive modality, particularly suited for functional imaging.. However, TFTM USCT encounters resolution challenges due to path information concentration in specific medium regions and uncertainty in transducer positioning.. This study proposes a method to enhance resolution and robustness, focusing on low-frequency TFTM USCT for pulmonary imaging.

    Article Title: High-Resolution Manifold Acoustic Holography Based on High-Pixel-Array Binary Metasurfaces.
    Article Snippet: Acoustic holograms using artificial materials have become an area of intense interest in acoustics due to the great potential in various applications such as medical imaging, underwater detection and object manipulation, etc.. In this article, a general approach is proposed for designing high-pixel-array binary metasurfaces and then fabricating the intricate ultrathin structures via picosecond laser processing for implementing high-resolution manifold holograms in far fields.. The angular spectrum propagation is utilized in combination with the forward optimization, instead of the Rayleigh-Sommerfeld integral, to efficiently simulate far-field holograms at the target plane.

    Article Title: Film-based Cell Culture Device and In Vitro Setup for Ultrasound Modulation
    Article Snippet: Conventional ultrasound in vitro systems, such as petri dishes and well plates often introduce acoustic reflections and pressure accumulation, compromising the reliability and reproducibility of experimental results.. Custom sonication vessels and setups, while addressing some of these issues, often involve complicated assembly processes and can be compatible only with specific experimental setups.. To address these limitations, we developed an easy-to-use 3D-printed device that utilizes parafilm on the top and bottom, enabling the device chamber to be optimized for quick assembly, contamination prevention and ultrasound wave propagation.

    Article Title: Modulating Brain Perfusion, Functional Connectivity, and Metabolite Patterns through Theta Burst Transcranial Ultrasonic Stimulation
    Article Snippet: Simulations were performed individually using the k-Wave toolbox [ ] in MATLAB, with pseudo-CT scans generated via the MR-to-pCT for FUS acoustic simulations code [ ] to carry out acoustic simulations based on individual shape and acoustic properties of the skull.



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    (a) Schematic illustration of circular scanning geometry. (b) Simulation geometry used <t>in</t> <t>MATLAB</t> k-wave toolbox. UST: ultrasound transducer. (c) Point source numerical phantom. (d) Vessel source numerical phantom. (e) Brain source numerical phantom. (f-h) One representative image for (c-e), respectively. (i) Schematic of the PACT imaging system. P1, P2, and P3 are prisms; L1: planoconcave lens; The rotating disc is connected to UST and controlled by a stepper motor. The UST and sample are immersed in a water bath for better acoustic coupling.
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    (a) Schematic illustration of circular scanning geometry. (b) Simulation geometry used <t>in</t> <t>MATLAB</t> k-wave toolbox. UST: ultrasound transducer. (c) Point source numerical phantom. (d) Vessel source numerical phantom. (e) Brain source numerical phantom. (f-h) One representative image for (c-e), respectively. (i) Schematic of the PACT imaging system. P1, P2, and P3 are prisms; L1: planoconcave lens; The rotating disc is connected to UST and controlled by a stepper motor. The UST and sample are immersed in a water bath for better acoustic coupling.
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    MathWorks Inc k-wave matlab toolbox
    (a) Schematic illustration of circular scanning geometry. (b) Simulation geometry used <t>in</t> <t>MATLAB</t> k-wave toolbox. UST: ultrasound transducer. (c) Point source numerical phantom. (d) Vessel source numerical phantom. (e) Brain source numerical phantom. (f-h) One representative image for (c-e), respectively. (i) Schematic of the PACT imaging system. P1, P2, and P3 are prisms; L1: planoconcave lens; The rotating disc is connected to UST and controlled by a stepper motor. The UST and sample are immersed in a water bath for better acoustic coupling.
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    (a) Schematic illustration of circular scanning geometry. (b) Simulation geometry used in MATLAB k-wave toolbox. UST: ultrasound transducer. (c) Point source numerical phantom. (d) Vessel source numerical phantom. (e) Brain source numerical phantom. (f-h) One representative image for (c-e), respectively. (i) Schematic of the PACT imaging system. P1, P2, and P3 are prisms; L1: planoconcave lens; The rotating disc is connected to UST and controlled by a stepper motor. The UST and sample are immersed in a water bath for better acoustic coupling.

    Journal: Biomedical Optics Express

    Article Title: Sinogram to image: direct reconstruction of photoacoustic tomography image using a hybrid deep learning approach

    doi: 10.1364/BOE.569549

    Figure Lengend Snippet: (a) Schematic illustration of circular scanning geometry. (b) Simulation geometry used in MATLAB k-wave toolbox. UST: ultrasound transducer. (c) Point source numerical phantom. (d) Vessel source numerical phantom. (e) Brain source numerical phantom. (f-h) One representative image for (c-e), respectively. (i) Schematic of the PACT imaging system. P1, P2, and P3 are prisms; L1: planoconcave lens; The rotating disc is connected to UST and controlled by a stepper motor. The UST and sample are immersed in a water bath for better acoustic coupling.

    Article Snippet: A simulated dataset was generated using the k-Wave toolbox in MATLAB [ ], forming the foundation for training our network.

    Techniques: Imaging