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A Comparative Analysis of Deep Neural Networks for Brain Tumor Detection

机译:脑肿瘤检测深神经网络的比较分析

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The technological advancement in the field of medical science for the detection, classification and identification of several diseases is making the diagnosis process easier and efficient at the same time, provides a helping hand for medical practitioners in saving life. Health experts are making use of these most advanced technological practices for reaching at conclusions in the area of health care. Brain tumor detection is one of the key major challenges in medical field. Early detection of tumor plays the most important role in fixing the most efficient treatment techniques for increasing the survival rate of patients. Manual detection of tumors for diagnosing cancer from data generated from clinical instruments is a time consuming task and the efficiency depends upon the radiologist. So through this paper, we are proposing methods for automating the detection process which can help the radiologist reaching at a faster conclusion in an efficient manner. We are proposing methods based on the pretrained network models like ResNet and its variants for brain tumor detection. The obtained results shows that ResNet-152 is the most efficient one among them for brain tumor detection and we can automate the process more effectively.
机译:用于检测,分类和鉴定的医学领域的技术进步,几种疾病的诊断过程同时使诊断过程更加容易和高效,为医生提供拯救生命的帮助手。卫生专家正在利用这些最先进的技术实践,以便在医疗保健领域结论结论。脑肿瘤检测是医疗领域的关键主要挑战之一。肿瘤的早期检测起到修复最有效的处理技术以增加患者的存活率的最重要作用。手动检测从临床仪器产生的数据诊断癌症的肿瘤是耗时的任务,效率取决于放射科学家。因此,通过本文,我们提出了自动化检测过程的方法,该方法可以帮助放射学家以有效的方式获得更快的结论。我们正在提出基于普瑞特网络模型的方法,如Reset及其脑肿瘤检测的变体。所得结果表明,Reset-152是脑肿瘤检测中最有效的,我们可以更有效地自动化该过程。

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