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Application of compression after the detection of endometrial carcinoma imaging: Future scopes

机译:子宫内膜癌影像学检查后加压的应用:未来范围

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Medical Imaging is an important keystone of modem healthcare and will continue to play a role of ever increasing importance at all levels of the healthcare system due to advances in imaging technology (US, CT, MR and Molecular Imaging). Due to this big data of medical images, compression is required to achieve efficient transmission and storage. The proposed procedure is applied to diverse ultrasound cancerous images (endometrial cancer). Hence diagnosis of this type of uterus cancer in the premier stage is crucial, certain segmentation algorithms are applied and these will separate the infected region from the background which will be easy for the medical practitioners to decide the cancer and steer medication. The ultrasound image which is developed from an organ is preprocessed and the filtered image is given to level set segmentation and finally the contextual part of the image is encoded using wavelet decomposition.
机译:医学成像是现代医疗保健的重要基石,由于成像技术(美国,CT,MR和分子成像)的进步,医学成像将继续在医疗保健系统的各个级别发挥越来越重要的作用。由于医学图像的这种大数据,需要压缩以实现有效的传输和存储。拟议的程序适用于各种超声癌图像(子宫内膜癌)。因此,对这类子宫癌的早期诊断至关重要,应用了某些分割算法,这些算法会将受感染区域与背景分离开来,这对于医疗从业者来说很容易决定癌症并指导用药。对来自器官的超声图像进行预处理,并将滤波后的图像进行水平集分割,最后使用小波分解对图像的上下文部分进行编码。

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