文中给出了该法的理论依据，并分析了中心值的关联性，分析并讨论了几种典型信号的处理过程。
Theoretical basis of the method is developed, the correlation of Central values is analyzed, and the several typical signal processing is discussed in this paper.
采用以单片机为中心的信号处理电路，完成了模型的功能，实现了炸点精确控制。
Using the signal processing circuit taking microcontroller as the center, it finishes the function of the model and realizes the accurate burst-point control.
在信号处理中，中心频率和带宽是两个至关重要的参数，它们在实际工程中的应用引起了人们的广泛关注。
Center frequency and bandwidth are two significant parameters in signal processing, which catch our attention in engineering application and took a long period for researching.
本论文是围绕基于浮点数字信号处理器(fdsp)的线路保护测控装置的研究这一中心任务而展开的。
The research on the protection device for transmission line based on floating-point digital signal processor (FDSP) is the theme of this paper.
方法：以C8051F020单片机为采集控制中心，运用模拟信号采集和数字信号处理技术，实现心电信号的采集。
Methods We have used C8051F020 MCU as a control center to collect, it is USES analog signal acquisition and digital signal processing technology to collect the ECG signal.
研究结果表明，原始光谱经均值中心化、一阶微分和正交信号校正预处理后，运用多元线性回归法所建葡萄糖和果糖定量分析模型最优。
The MLR mathematical model that established with orthogonal signal correction plus first derivative and mean centre preprocessed spectra shows the best result for glucose and fructose.
最后设计了ARM 7tdmi微控制器LPC 2214为中心的信号处理系统硬件电路。
Finally a fully hardware circuit of the signal processing system based on LPC2214, which belong to ARM7TDMI microprocessor, is designed.
软件无线电的灵活性、开放性、兼容性等特点主要是通过数字信号处器为中心的通用硬件平台及数字信号处理软件来实现的。
The characteristics of software radio such as flexible dispark and compatible, are all implemented by hardware flat roof and DSP software which used the Digital Signal Processing as the center.
软件无线电的灵活性、开放性、兼容性等特点主要是通过数字信号处器为中心的通用硬件平台及数字信号处理软件来实现的。
The characteristics of software radio such as flexible dispark and compatible, are all implemented by hardware flat roof and DSP software which used the Digital Signal Processing as the center.
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