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Breast Cancer Prediction Applying Different Classification Algorithm with Comparative Analysis using WEKA

机译:应用不同分类算法的乳腺癌预测使用Weka对比较分析

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At present world, Breast cancer is a second main cause of cancer death in women after lung cancer. Breast cancer occurs when some breast cells begin to raise abnormally. It can arise in any portion of the Breast and it can be prevented if the treatment is started at the early stage of the Breast cancer. Breast cancer is a malignant tumour i.e. a collection of cancer cells arising from the cells of the breast Treatment of breast cancer relies on the cancer type and its stage (zero to fourth) and may include surgery, radiation, or chemotherapy. Mainly this paper focused on diagnosing the Breast cancer disease using various classification algorithm with the help of data mining tools. Data mining of the intelligent accumulated from previously disease detected patients opened up a new aspect of medical progression. In this paper, the capability of the classification of Na?ve Bayes, Random Forest, Logistic Regression, Multilayer Perceptron, K-nearest neighbors in evaluating the Breast Cancer Disease dataset culled from UCI machine learning repository, was observed to predict the existence of Breast cancer. Data set has been explored in terms of Kappa Statistics, TP rate, FP Rate and precision.
机译:目前,乳腺癌是肺癌后癌症死亡的第二个主要原因。当一些乳房细胞开始异常升高时,会发生乳腺癌。它可以在乳房的任何部分中出现,如果在乳腺癌的早期开始治疗,则可以防止它。乳腺癌是恶性肿瘤,即来自乳腺癌乳腺癌的细胞产生的癌细胞的集合依赖于癌症类型及其阶段(零至第四),并且可以包括手术,辐射或化学疗法。主要是本文借助各种分类算法在数据采矿工具的帮助下侧重于诊断乳腺癌疾病。从先前疾病检测到的患者累积的智能数据挖掘开辟了医疗进展的新方面。在本文中,观察到在评估从UCI机器学习储存库中剔除的乳腺癌疾病数据集中剔除的乳腺癌疾病数据集时,无随机森林,随机森林,逻辑回归,多层邻近邻居的能力。预测乳房的存在癌症。在Kappa统计,TP速率,FP速率和精度方面已经探讨了数据集。

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