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DENOISING & FEATURE EXTRACTION OF EEG SIGNAL USING WAVELET TRANSFORM

机译:小波变换的脑电信号去噪与特征提取

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Brain is one of the most complex organ of the humans, it controls the coordination of human muscles & nerves. EEG keeps its importance for identifying the physiological, and the psychological situations of the human and the functional activity of the brain. Being a non stationary signal, suitable analysis is essential for EEG to differentiate the normal EEG and epileptic seizures. Epilepsy is one of the most common neurological disorders. Epilepsy is a recurrent seizure disorder caused by abnormal electrical discharges from the brain cells, often in the cerebral cortex. Feature extraction of EEG signals is core issues on EEG based brain mapping analysis. This paper proposes classification system for epilepsy based on neural networks and wavelet based feature extraction technique has been adopted to extract features Min, Max, Mean and Median. These features have been applied to Neural Networks for classification. The results gave a classification accuracy of 97%.
机译:大脑是人类最复杂的器官之一,它控制着人类肌肉和神经的协调。脑电图在识别人的生理和心理状况以及大脑的功能活动方面一直很重要。作为不稳定信号,适当的分析对于区分正常的脑电图和癫痫发作是必不可少的。癫痫病是最常见的神经系统疾病之一。癫痫病是一种反复发作的癫痫病,通常由大脑皮层中的脑细胞异常放电引起。脑电信号的特征提取是基于脑电图的脑图分析的核心问题。本文提出了一种基于神经网络的癫痫分类系统,并采用基于小波的特征提取技术提取特征Min,Max,Mean和Median。这些功能已应用于神经网络进行分类。结果给出了97%的分类精度。

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