反射内存网络集线器驱动控制系统设计

当前驱动控制多采用人工操作检测仪方式,存在控制误差大、能耗高、微弱驱动信号检测效果不理想等问题,对反射内存网络集线器驱动控制系统进行设计,有效解决上述问题。根据驱动控制功能需求,制定驱动控制系统整体结构,改进电源单元、信息处理单元等系统硬件部分,对软件部分的驱动控制功能进行优化开发,完成反射内存网络集线器驱动控制系统的设计。实验结果表明,该系统控制误差小,运行能耗低,微弱驱动信号检测精度高。

Design of driving Control system for Reflectance memory Network Hub

At present, the driving control mostly adopts manual operation detector, which has many problems, such as large control error, high energy consumption, poor detection effect of weak driving signal, etc. The drive control system of reflective memory network hub is designed. According to the requirement of driving control function, the whole structure of drive control system is established, the hardware part of system such as power supply unit and information processing unit is improved, and the driving control function of software part is optimized and developed. The experimental results show that the control error of the system is small, the energy consumption is low, and the detection accuracy of weak driving signal is high.