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Autonomous Agents Based on Recurrent Neural Networks Applied to Computer Network Management

机译:基于递归神经网络的自治代理在计算机网络管理中的应用

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摘要

With the application of new techniques, such as autonomous agents, artificial neural networks (ANN) and evolutionary computation, new questions arrive and may be, the most important are: " can new problems be solved?" and "with how much effort?" This is particularly important when neural networks are used, since where a new computer paradigm is involved and connectionist computability and complexity theories are missing. To attach this problem we are developing some software autonomous agents based on recurrent neural networks to investigate a form to establish the automation of the computer network management, which is a dynamic process. The first is a simple parity agent that serves as a didactic example. The second is an agent to classify the network events as Critical, Simple or No Failure.
机译:随着诸如自治代理,人工神经网络(ANN)和进化计算等新技术的应用,新的问题可能出现,也可能是,最重要的是:“可以解决新问题吗?”和“需要多少努力?”当使用神经网络时,这尤其重要,因为其中涉及新的计算机范例,并且缺少连接论的可计算性和复杂性理论。为了解决这个问题,我们正在开发一些基于递归神经网络的软件自治代理,以研究一种形式来建立计算机网络管理的自动化过程,这是一个动态过程。第一个是作为示例的简单奇偶校验代理。第二个是将网络事件分类为严重,简单或无故障的代理。

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