Neural Networks

H. Siegelmann, B. Dasgupta, Derong Liu
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引用次数: 1

Abstract

Artificial neural networks have been proposed as a tool for machine learning (e.g., see [23, 41, 47, 52]) and many results have been obtained regarding their application to practical problems in robotics control, vision, pattern recognition, grammatical inferences and other areas (e.g., see [8, 19, 29, 61]). In these roles, a neural network is trained to recognize complex associations between inputs and outputs that were presented during a supervised training cycle. These associations are incorporated into the weights of the network, which encode ∗Supported in part by NSF grants CCR-0206795, CCR-0208749 and IIS-0346973.
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神经网络
人工神经网络已经被提出作为机器学习的工具(例如,参见[23,41,47,52]),并且在机器人控制、视觉、模式识别、语法推理和其他领域的实际问题应用方面已经获得了许多结果(例如,参见[8,19,29,61])。在这些角色中,神经网络被训练来识别在监督训练周期中呈现的输入和输出之间的复杂关联。这些关联被合并到网络的权重中,其编码为∗,部分由NSF拨款CCR-0206795, CCR-0208749和IIS-0346973支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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