Concerning for the electrohydraulic system with digital valve and cartridge valve, this paper analyzes the intelligent time suboptimal control.
本文以数字阀、插装阀并联电液系统为例,分析了智能时间次优控制方法。
Scenery understanding system, which this paper researched as a kind of intelligent recognition system, may respond to the change of the surrounding scenery by real time.
本课题所研究的景物理解系统作为一种智能识别系统,可以实时对周围的景物环境变化做出反应。
Highly intelligent battery run mathematical model, the system according to the real-time monitoring of battery parameters, automatically on the properties of each battery site diagnosis.
蓄电池高度智能化的运行数模,系统根据实时监测的蓄电池各项参数,自动完成对每只蓄电池性能的现场诊断。
应用推荐