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SELF ORGANIZING MAP CLUSTER APPROACH FOR WAVELET BASED MEDICAL IMAGE COMPRESSION

机译:基于小波的医学图像压缩自组织映射聚类方法

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摘要

Digital medical powerful tools for diagnosis, treatment and surgery and plays a vital role in modern healthcare delivery. Large storage capacity is needed for storing these images and for transmitting them. This leads to the strong demand for digital medical image compression and reliable transmission. In this study, we have applied three compression methods to medical images. In all the methods discrete wavelet transform is applied followed by the corresponding compression methods. The experiments are carried on three medical images and the quality of reconstructed images is evaluated based on Compression Ratio (CR) and Peak Signal to Noise Ratio. The results show that the SOM algorithm has higher compression ratio than FCM and FKM while maintaining the image quality and preserving the information. The results show that the SOM algorithm outperforms the existing methods FCM and FKM for medical image compression.
机译:数字医疗功能强大的诊断,治疗和手术工具,在现代医疗保健服务中发挥着至关重要的作用。需要较大的存储容量来存储这些图像并进行传输。这导致对数字医学图像压缩和可靠传输的强烈需求。在这项研究中,我们将三种压缩方法应用于医学图像。在所有方法中,首先应用离散小波变换,然后再应用相应的压缩方法。实验在三幅医学图像上进行,并基于压缩率(CR)和峰值信噪比评估了重建图像的质量。结果表明,在保持图像质量和保留信息的同时,SOM算法比FCM和FKM具有更高的压缩率。结果表明,SOM算法优于现有的医学图像压缩方法FCM和FKM。

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