Fraudulence Detection of Medical Images using Pixel Level Algorithm

Thigulla Amulya Goud, G. Satish Kumar, Vanam Madhu Shalini, B.Abhilash Goud
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Abstract

Healthcare is one of the important, sensitive and superior department for a country. While the healthcare sector is developing, security and privacy becomes our major concern. Trust between the doctor and patient is the major foundation in medical field. This type of fraudulence may put that trust at risk by providing wrong treatment on the basis of the forged images. Technologies like these makes the job easier, establish strong trust and secure client’s dignity. Our project gives a system of fraudulence detection of medical images for the healthcare department to verify that images related to health are not tampered, changed or altered. In our model we used the Hybrid Median-filter-based noise reduction technique. Our model constitutes SVM+ELM classifiers and their combined result is subjected to Bayesian sum rule and whether fraudulence is involved or not is decided.
基于像素级算法的医学图像欺诈检测
医疗保健是一个国家重要、敏感、优越的部门之一。随着医疗保健行业的发展,安全和隐私成为我们主要关注的问题。医患之间的信任是医疗领域的重要基础。这种类型的欺诈行为可能会基于伪造的图像提供错误的治疗,从而使信任处于危险之中。像这样的技术使工作更容易,建立了牢固的信任,并确保了客户的尊严。我们的项目为医疗保健部门提供了一个医学图像欺诈性检测系统,以验证与健康相关的图像未被篡改、更改或更改。在我们的模型中,我们使用了基于混合中值滤波器的降噪技术。我们的模型由SVM+ELM分类器组成,它们的组合结果服从贝叶斯和规则,并决定是否涉及欺诈。
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