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Feed-forward neural network processing speed analysis and an experimental evaluation of Neural Network Frameworks

机译:前馈神经网络处理速度分析和神经网络框架的实验评估

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Neural Network is an important tool for many pattern recognition, prediction and function approximation tasks. Three Java open source Neural Network Frameworks such as Encog v2.4, Neuroph v2.4 and JOONE 2.0 (Java Object Oriented Neural Engine) are considered here for an experimental evaluation. The performance evaluation is carried out by training the feed-forward neural network to recognize the XOR operator. Implementation of XOR operation is a subset of many complex problems. So it is named as a classic problem in neural network. After training, the output of neural network can be obtained. It may not have the real solution of XOR. However it will be a value so close to the ideal output. To create a benchmark, we developed a sample task. The training technique encompasses an enhanced version of backpropagation which utilizes a momentum to benchmark the neural networks. The backpropagation training method that uses a momentum can yield quick error reduction.
机译:神经网络是用于许多模式识别,预测和函数逼近任务的重要工具。这里考虑了三个Java开源神经网络框架(例如Encog v2.4,Neuroph v2.4和JOONE 2.0(Java面向对象的神经引擎))进行实验评估。通过训练前馈神经网络来识别XOR运算符,可以进行性能评估。 XOR操作的实现是许多复杂问题的子集。因此,它被称为神经网络中的经典问题。经过训练,可以获得神经网络的输出。它可能没有真正的XOR解决方案。但是,它将是一个非常接近理想输出的值。为了创建基准,我们开发了一个示例任务。训练技术包括反向传播的增强版本,该反向传播利用动量来对神经网络进行基准测试。使用动量的反向传播训练方法可以快速减少误差。

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