Improve the performance of neural network training with accurate information: take Connect6 for example

Shih‐Hao Huang, Chih-Hung Chen, Shun-Shii Lin
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引用次数: 0

Abstract

DeepMind introduced a general reinforcement learning algorithm called AlphaZero to learn through self-play without any human knowledge. It got a superhuman success not only in Go but also in Chess and Shogi. Nevertheless, AlphaZero needs huge computational resources to train a high quality neural network. Most institutions have no such huge computational resources or cannot invest an enormous number of resources to support a research project. Therefore, this paper proposes to embed accurate information into the training phase for improving the performance of the neural network under limited resources. In competition with Zeta-180, the win rate of FD-60 far surpasses all other modifications. The results of experiments indicate that embedding accurate information into the training-phase can effectively improve the performance of the neural network under limited resources.
利用准确的信息提高神经网络训练的性能:以Connect6为例
DeepMind引入了一种名为AlphaZero的通用强化学习算法,可以在没有任何人类知识的情况下通过自我游戏进行学习。它不仅在围棋中取得了超人的成功,而且在国际象棋和将军棋中也取得了超人的成功。然而,AlphaZero需要大量的计算资源来训练高质量的神经网络。大多数机构没有如此庞大的计算资源,或者无法投入大量资源来支持一个研究项目。因此,本文提出将准确的信息嵌入到训练阶段,以提高有限资源下神经网络的性能。在与泽塔-180的竞争中,FD-60的胜率远远超过其他所有改进型。实验结果表明,在训练阶段嵌入准确的信息可以有效地提高有限资源下神经网络的性能。
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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