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Adaptive assessment system for human performance evaluation on game of go

机译:围棋人类绩效评估的自适应评估系统

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The certificated rank of the human Go player is a number with a high uncertainty so the performance of the human Go player does not always meet the level of the certificated rank. However, the performance of the human Go player, especially for children, may be affected by the on-the-spot environment as well as physical and mental situations of the day. Combined with the technologies of the particle swarm optimization, fuzzy markup language (FML)-based fuzzy inference, and genetic learning algorithm, an adaptive assessment system is presented in this paper to evaluate the performance of the human Go player. The experimental results show the proposed approach is feasible for the application to the adaptive assessment on human Go player's performance.
机译:人类围棋运动员的合格等级是不确定性高的数字,因此人类围棋运动员的表现并不总是达到认证等级的水平。但是,人类围棋运动员的性能,尤其是对儿童而言,可能会受到现场环境以及当天身体和精神状况的影响。结合粒子群优化技术,基于模糊标记语言(FML)的模糊推理技术和遗传学习算法,提出了一种自适应评估系统,用于评估人类围棋运动员的表现。实验结果表明,该方法适用于人类围棋运动员成绩的自适应评估。

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