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Neural network approached evaluation of burner flaming state of a furnace in thermal power plant

机译:神经网络方法对火电厂炉膛燃烧器燃烧状态的评估

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摘要

The control of a boiler in thermal power plant has been evaluated based upon the experience of operators. Therefore, there is a necessity for the evaluation method on the state of burner flame to realize an intelligent control. As a solution to this problem, a method using Multi Layered Neural Network (NN), using Backpropagation Algorithm (BP) has been presented. However, the reliability of NN is low, because BP can get trapped in standstill or local minima of training easily. We have proposed a method to enable improved training convergence. In this paper, we consider an evaluation of the state of burner flame by NN using our proposed training methods. As a result, NN enabled the evaluation of the state of combustion as good as experienced operators. The numerical information given by output value of NN can provide precise information for the control of a boiler.
机译:根据操作员的经验对火力发电厂锅炉的控制进行了评估。因此,有必要对燃烧器火焰的状态进行评估,以实现智能控制。作为该问题的解决方案,已经提出了使用多层神经网络(NN)和反向传播算法(BP)的方法。但是,NN的可靠性很低,因为BP容易陷入停顿或局部极小的训练中。我们提出了一种方法,可以提高训练的收敛性。在本文中,我们考虑使用我们提出的训练方法对燃烧器火焰状态进行评估。结果,NN可以像经验丰富的操作员一样对燃烧状态进行评估。由NN输出值给出的数字信息可以为锅炉的控制提供精确的信息。

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