该文的研究基于两个嵌入式控制开关和一个存储器实现网络物理隔离的动态断开技术，确保数据交换的安全性。
This paper researches the dynamic disconnecting techniques based on two embedded control switches and one memorizer to realize the net gap technology and data exchanging safely.
在微波功率计标定中采用动态标定方法，有效地降低了存储器空间要求和处理器时间开销，处理器有更多的资源进行测量数据处理。
The microwave power meter adopts dynamic calibration method and reduces request of the memory space and time expenses of the processor which can have more resource to deal with the metrical data.
为了解决数据量庞大、高速数据存取的问题，本文采用了FPGA芯片和同步动态存储器(SDRAM)来实现矩阵转置运算。
For the problem of huge data storage, use SDRAM to store the data, and use FPGA to control SDRAM to complete the transpose.
该系统采用了实时自适应ecg数据压缩算法(MFAN)、最优编码和大容量动态存储器等技术，可存储长达24小时的心电信号。
It can record and monitor ECG signal continuously up to 24 hours a real-time ECG compression algorithm (MFAN), DRAM technique and optimal coding method are presented.
该系统采用了实时自适应ecg数据压缩算法(MFAN)、最优编码和大容量动态存储器等技术，可存储长达24小时的心电信号。
It can record and monitor ECG signal continuously up to 24 hours a real-time ECG compression algorithm (MFAN), DRAM technique and optimal coding method are presented.
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