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Convolutional Neural Network based Brain Tumor Detection

机译:基于卷积神经网络的脑肿瘤检测

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One of the most important and demanding tasks in the field of medical image processing is Brain Tumor Detection, as inaccurate prediction and diagnosis can result from human-assisted manual classification. One of the functions of Artificial Intelligence is Deep Learning which mimics the work of the person's brain. It is used to detect artifacts in the processing of data, recognize the voice, translate languages, and make decisions. Without human administration, it may understand, demonstrating from data that is both unorganized and unlabelled. A Convolutional Neural Network is a form of deep neural network which is used most commonly in optical representation analysis in deep learning. The current situation provides systems that detect brain tumors, but only use small datasets and image processing techniques. The proposed system majorly consists of 3 parts namely: Augmentation, Image pre-processing and applying Con volutional Neural Network (CNN). Our approach is to propose a system in which we will use a large dataset and deep learning algorithm. Results demonstrate thatthe CNN has 87.42 %training accuracy with low difficulty, which sets it apart from all other state-of-the-art approaches.
机译:医学图像处理领域中最重要和苛刻的任务之一是脑肿瘤检测,因为人类辅助手动分类可能导致不准确的预测和诊断。人工智能的职能之一是深入学习,模仿人的大脑的工作。它用于检测数据处理中的伪像,识别语音,翻译语言以及做出决策。没有人体管理,它可能会理解,从无组织和未标记的数据中展示。卷积神经网络是一种深度神经网络的形式,最常见于深度学习中的光学表示分析。目前的情况提供了检测脑肿瘤的系统,但仅使用小型数据集和图像处理技术。所提出的系统主要由3个部分组成:增强,图像预处理和应用CON卷放神经网络(CNN)。我们的方法是提出我们将使用大型数据集和深度学习算法的系统。结果表明,CNN具有87.42%的训练精度,难度低,从所有最先进的方法都设定了它。

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