An Improved method for sharing medical images for Privacy Preserving Machine Learning using Multiparty Computation and Steganography

R. Vignesh, R. Vishnu, S. M. Raj, M. Akshay, Divya G. Nair, Jyothisha R Nair
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引用次数: 2

Abstract

Digital data privacy is one of the main concerns in today’s world. When everything is digitized, there is a threat of private data being misused. Privacy-preserving machine learning is becoming a top research area. For machines to learn, massive data is needed and when it comes to sensitive data, privacy issues arise.With this paper, we combine secure multiparty computation and steganography helping machine learning researchers to make use of a huge volume of medical images with hospitals without compromising patients’ privacy. This also has application in digital image authentication. Steganography is one way of securing digital image data by secretly embedding the data in the image without creating visually perceptible changes. Secret sharing schemes have gained popularity in the last few years and research has been done on numerous aspects.
基于多方计算和隐写术的医学图像隐私保护机器学习共享改进方法
数字数据隐私是当今世界的主要问题之一。当一切都数字化时,就存在着私人数据被滥用的威胁。保护隐私的机器学习正在成为一个前沿研究领域。机器学习需要大量的数据,当涉及到敏感数据时,就会出现隐私问题。在这篇论文中,我们结合了安全的多方计算和隐写术,帮助机器学习研究人员在不损害患者隐私的情况下利用医院的大量医学图像。这在数字图像认证中也有应用。隐写术是一种通过在图像中秘密嵌入数据而不产生视觉上可感知的变化来保护数字图像数据的方法。在过去的几年里,秘密共享方案得到了普及,并在许多方面进行了研究。
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