An Accelerated Linear Approximation Method in Deep Actor-Critic Framework

Dazi Li, Yu Zheng, Tianheng Song, Q. Jin
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Abstract

Reinforcement learning is considered to be one of the main methods of general artificial intelligence, which can realize self-learning of machines through interaction with the environment. In this paper, a modified version of deep reinforcement learning algorithm based on the Actor-Critic framework is proposed. Unlike traditional updated methods, the algorithm proposed in this paper adopts a special on-policy method, which we called Accelerated Linear Approximation Method in Deep Actor-Critic Framework (ALA-AC). When the network is trained to a certain extent, the networks' parameters of some layers are frozen, and the remaining layers' parameters are trained for better strategy and faster training speed.
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深度角色-评价框架中的加速线性逼近方法
强化学习被认为是通用人工智能的主要方法之一,它可以通过与环境的交互实现机器的自学习。本文提出了一种基于Actor-Critic框架的深度强化学习改进算法。与传统的更新方法不同,本文提出的算法采用了一种特殊的on-policy方法,我们称之为Deep actor - critical Framework (ALA-AC)中的加速线性逼近方法。当网络训练到一定程度时,部分层的网络参数被冻结,剩余层的网络参数继续训练,以获得更好的训练策略和更快的训练速度。
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