1) self-turning algorithm
自调整算法
1.
A self-learning and self-turning algorithm is proposed based on reinforcement learning which can implement fuzzy control rules,and designed the deep-sea mine collector real-time mobile planer architecture,working process and relevant algorithm are designed.
采用了能实现模糊控制规则的基于强化学习方法的自学习和自调整算法来实现深海集矿机的实时运动规划,并提出了能实现模糊控制规则的基于强化学习的自学习和自调整的规划算法。
2) adjust and delete the algorithm of reducing by oneself
自调整删减算法
3) Repair Algorithms
调整算法
1.
First, this paper discusses the "Edge Coloring Problem" in graphics theory as so as the Genetic Algorithms and Repair Algorithms used in the course dispatching program in detail, then the paper introduces the develop tools such as ASP.
首先，本文详细地讨论了图论中的“边着色问题”和排课程序中用到的遗传算法和调整算法，然后本文介绍了系统的开发工具例如ASP。
4) auto-adjustment method
自调整法
5) Momentum-learning coeffi cient adjustment algorithm
动量-自适应调整算法
6) self-tuning parameter Fuzzy-PI algorithm
参数自调整Fuzzy-PI算法
补充资料：自调自净自度
【自调自净自度】
（术语）同自调项。
（术语）同自调项。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条