Reliable Medical Image Communication in Healthcare IoT

S. Janakiraman, Sundararaman Rajagopalan, Rengarajan Amirtharajan
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引用次数: 6

Abstract

Images have been widely used in the medical field for various diagnostic purposes. In the field of healthcare IoT, secure communication of a medical image concerned with an individual is a crucial task. Embedding patients' personal information as an invisible watermark in their medical images helps to authenticate the ownership identification process. Reliable communication of medical image can be thereby ensured concerning authentication and integrity. Images in DICOM format with a pixel resolution of 8-bit depth are used for medical diagnostics. This chapter deals about the development of a lightweight algorithm to insert patients' identities as an invisible watermark in random edge pixels of DICOM images. This chapter describes the implementation of the proposed lightweight watermarking algorithm on a RISC microcontroller suitable for healthcare IoT applications. Imperceptibility level of the watermarked medical image was analyzed besides its lightweight performance validation on the constrained IoT platform.
医疗物联网中可靠的医疗图像通信
图像已广泛应用于医学领域的各种诊断目的。在医疗物联网领域,与个人有关的医疗图像的安全通信是一项关键任务。将患者的个人信息作为不可见的水印嵌入到医学图像中,有助于验证所有权识别过程。从而保证医学图像在认证和完整性方面的可靠通信。医学诊断使用8位深度像素分辨率的DICOM格式图像。本章讨论了一种轻量级算法的开发,用于在DICOM图像的随机边缘像素中插入患者身份作为不可见水印。本章描述了在适合医疗物联网应用的RISC微控制器上实现所提出的轻量级水印算法。分析了水印医学图像的不可感知程度,并在受限物联网平台上对其轻量化性能进行了验证。
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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