An Open, Modular, Ultrasound Digitial Signal Processing Specification

Harry R. Clegg, T. Carpenter, S. Freear, David M. J. Cowell
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引用次数: 3

Abstract

Digital signal processing is used in almost all ultrasound research with groups tending to develop their own software, using different data formats and programming languages. Existing works demonstrate open approaches to digital signal processing, such as the Ultrasound File Format based UltraSound ToolBox. Such tools are highly valuable as they ease collaboration and improve reproducibility, but they tend to be tailored to a specific application and may not translate easily to other ultrasound tasks and modalities. As DSP problems are often drawn from a pool of common operations, this work aims to develop an approach using smaller modules to allow greater flexibility. A specification defining a combined processing framework and data format is presented. Existing implementations are presented in both MATLAB and C++, and some of the features the platform enables are discussed. The proposed specification and implementations are intended to be open source and to allow extensive collaboration between groups.
一个开放的,模块化的,超声数字信号处理规范
几乎所有的超声研究都使用数字信号处理,研究小组倾向于使用不同的数据格式和编程语言开发自己的软件。现有的作品展示了数字信号处理的开放方法,如基于超声工具箱的超声文件格式。这些工具非常有价值,因为它们简化了协作并提高了可重复性,但它们往往是针对特定应用而定制的,可能不容易转化为其他超声任务和模式。由于DSP问题通常来自一组常见操作,因此本工作旨在开发一种使用较小模块的方法,以实现更大的灵活性。给出了一个定义处理框架和数据格式的规范。给出了现有的MATLAB和c++实现,并讨论了该平台支持的一些特性。建议的规范和实现是开源的,并允许小组之间进行广泛的协作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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