1) bathmic force
进化控制力
2) evolutionary control
进化控制
1.
Aimed at the drawbacks, the two typical methods in autonomous mobile robot control architecture, an evolutionary control architecture is proposed in this paper which has the virtues of both AI based and behavior based methods.
本文针对自主式移动机器人控制体系结构中两类典型方法的不足 ,提出了一种进化控制体系结构 ,实现了基于 AI模型的方法与基于行为的方法的优势互补 。
2.
Integrated evolutionary control and Agent technology, adopted the virtues of many classic architecture, an evolutionary control architecture for mobile robot navigation based on Agent technology is proposed.
将进化控制与多Agent技术相结合 ,兼顾几种经典体系结构的优点 ,提出了一种基于多Agent的移动机器人导航进化控制的体系结构 。
3) feeding force control
推进力控制
1.
According to the analysis of the affecting factor and mechanics performance for drilling axial deviation, the mechanical model was set up for the drill bit under offset load, thus the drilling axial deviation mechanism in the process of rock drilling was revealed, the feeding force control program was proposed for controlling drilling axial deviation.
通过对钻孔偏斜的影响因素及力学特征的分析 ,建立了钻头偏载的力学模型 ,从而揭示了凿岩过程钻孔偏斜的机理 ,提出了控制钻孔偏斜的推进力控制方案。
4) electric propulsion switchboard
电力推进控制板
5) boost-pressure controller
进汽压力控制器
6) boost pressure controller
进气压力控制器
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
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