以测试冻土冻胀的力学行为为研究背景,设计了一套基于阀控非对称缸的液压力控制系统。
By regarding testing mechanics behaviors of frozen soil frost heave as the research background, a hydraulic force control system was designed on the basis of valve control asymmetric cylinder.
本文重点对助行机器人行为识别接口及运动控制系统进行了设计,并将其用于基于模糊控制的助行机器人。
This article will illustrate an interface of robots behavior and a design of on-board motion control system for service robots, which is used in walker aid robotic based on fuzzy logic control.
本文重点对助行机器人行为识别接口及运动控制系统进行了设计,并将其用于基于模糊控制的助行机器人。
This article will illustrate an interface of robots behavior and a design of on-board motion control system for service robots, which is used in walker aid robotic based on fuzzy logic control.
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