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Hybrid artificial neural network and decision tree algorithm for disease recognition and prediction in human blood cells

机译:人工神经网络和决策树的混合算法用于人血细胞疾病的识别和预测

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摘要

Machine learning algorithms are used to analyze medical data sets effectively in present. Today machine learning gives us several necessary tools for intelligent data analysis and research. Especially in very recent years, the digital world has provided relatively inexpensive and available means to collect and store the data. The main aim is to implement supervised machine learning concept by using datasets regarding blood cells collected from blood cells detecting and counting sensors, of a human as the input which is trained by artificial neural network algorithm and apply decision tree classification learning algorithm to perform classification which results in recognizing and also possibly predict the disease based on the nature of blood cells and classify accordingly. Artificial Neural network algorithm seems to avoid pruning problem and has higher efficiency and accuracy in training the datasets. Also the using of Decision tree is because they are easy to interpret, understand and also possess non-linear characteristics between values. This holds well the performance of the tree constructed which gives better outputs. Beside all the application developed using machine learning in day today life, the use of such learning algorithm in such medical application will enhance and benefit the medical field.
机译:目前,机器学习算法用于有效地分析医学数据集。今天,机器学习为我们提供了一些用于智能数据分析和研究的必要工具。尤其是在最近几年,数字世界提供了相对便宜且可用的方式来收集和存储数据。主要目的是通过使用人工神经网络算法训练的人作为输入,使用从血细胞检测和计数传感器收集的血细胞数据集来实施监督机器学习概念,并应用决策树分类学习算法进行分类结果可识别并可能根据血细胞的性质预测疾病,并据此进行分类。人工神经网络算法似乎避免了修剪问题,并且在训练数据集方面具有更高的效率和准确性。决策树的使用也是因为它们易于解释,理解并且还具有值之间的非线性特征。这样可以很好地保持所构造树的性能,从而提供更好的输出。除了当今使用机器学习开发的所有应用程序之外,在此类医学应用程序中使用这种学习算法将增强并有益于医学领域。

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