Plane Wave Ultrasound(平面波超声)研究综述
Plane Wave Ultrasound 平面波超声 - Ultrafast plane-wave ultrasound imaging involves emitting multiple plane waves steered at different angles to obtain multiple low-resolution large-area views of an imaged medium, which are then coherently compounded to form a high-resolution image. [1] After 1 minute at each IOP (and 3 minutes after return to 10 mmHg), we acquired 18 MHz plane-wave ultrasound data at 3000 compound images/sec for 1. [2] A broadband all-optical plane-wave ultrasound imaging system for high-resolution 3-D imaging of biological tissues is presented. [3] In this pilot study, we used plane-wave ultrasound (PWUS) to image, measure, and assess the association of blood-flow velocities in the retrobulbar vessels with ROP stages ranging from stage 0 (immature vessels without ROP) to stage 3. [4] PLUS), Sound Speed Plane-wave UltraSound (SSp. [5] The introduction of programmable platforms with plane wave ultrasound (US) transmissions has enabled implementation of various pulsed waveform types at very high frame rates. [6]超快平面波超声成像涉及发射多个不同角度的平面波，以获得成像介质的多个低分辨率大区域视图，然后将它们相干合成以形成高分辨率图像。 [1] 每次 IOP 1 分钟后（以及恢复到 10mmHg 后 3 分钟），我们以 3000 复合图像/秒采集 18MHz 平面波超声数据，持续 1 分钟。 [2] 提出了一种用于生物组织高分辨率 3-D 成像的宽带全光平面波超声成像系统。 [3] 在这项初步研究中，我们使用平面波超声 (PWUS) 来成像、测量和评估球后血管中的血流速度与 ROP 阶段的关联，范围从 0 阶段（没有 ROP 的未成熟血管）到 3 阶段。 [4] PLUS），声速平面波超声波（SSp。 [5] 具有平面波超声 (US) 传输的可编程平台的引入使得能够以非常高的帧速率实现各种脉冲波形类型。 [6]
plane wave ultrasound imaging
Plane wave ultrasound imaging is an ideal approach to achieve maximum real-time frame rates. [1] Plane wave ultrasound imaging has helped to achieve high frame rate ultrasound, however the data required to achieve frames rates over 1000 fps remains challenging to handle, as the transfer of large amounts of data represents a bottleneck for image reconstruction. [2]平面波超声成像是实现最大实时帧速率的理想方法。 [1] 平面波超声成像有助于实现高帧率超声，但是实现超过 1000 fps 的帧率所需的数据仍然难以处理，因为大量数据的传输是图像重建的瓶颈。 [2]