数字信号

The process of clasp samples deflected by loading and returned by unloading was tested and electric signals were collected by an omnipotent material machine. The analogous electric signal was converted to digital signal by digital converter and stored in a computer. The elastic limit and the relevant enclasp force were analyzed using a relative software.

应用万能材料试验机测试采集试件加载变形及其卸载回复全过程的电信号，通过A/D转换器将电信号转换成数字信号并贮存于计算机中；应用基于MATLAB平台开发的计算机绘图软件处理分析、计算锻丝卡环弹性极限及其相应卡抱力。

It is shown that, under the condition of Hertzian pressure distribution, the calculating amount and the storage space used in the present method are much less than the deformation-matrix method.

对Hertz压力分布接触区弹性变形的计算表明，弹性变形方程数字信号解法的精度与变形矩阵法相当，而计算量及存储空间的开销则大大低于变形矩阵法。

The apparatus uses 880,950nm NIR LED as light source, interference filter as homochromy device, Si photronic as detector. Digital signal comes from AD transformation, processed by microprocessor system.

以880、950nm的近红外LED为光源，14个窄带干涉滤光片为单色器，以硅光电池为检测器，经AD转换得到数字信号，送单片机处理。

It isalso proposed in this paper that the combination of digital signalprocessing with fuzzy inference will achieve an excellent result incomplex image recognition problem in real time.

分析了利用图象识别解决问题的优势及难点，提出了运用数字信号处理技术与模糊推理技术相结合以解决复杂的图象识别问题的工程实现方案。

SteadyClock has originally been developed to gain a stable and clean clock from the heavily jittery MADI data signal.

SteadyClock 最初是为了增强 MADI 数字信号中那带有严重的 jitter 问题的时钟的稳定和清洁而开发的。

His research interest covers network control, process control, and multirate digital signal processing.

主要研究方向为网络控制，过程控制以及多率数字信号处理。

The theory of multirate digital signal processing and its applications.

多抽样率数字信号处理理论及其应用。

Nonuniformly sampling theory and technique is an important component of digital signal processing subject.

非均匀采样理论和技术是数字信号处理学科体系的重要组成部份。

Systemic researching of these phenomena, finding the principle of them and decreasing the effections of the nonuniformly sampling with post data processing, will promote the development of the time-interleaved ADC system.

随着数字信号处理技术的发展，ADC的采样速率和精度成为各种电子系统的瓶颈，提高ADC的采样速率和精度成为学术界和仪器厂商的首要目标。

Besides,the characters and functions of the chips are also analyzed and depicted. The CPU is TMS320VC5409, the hardware is designed according to the function modules, these modules are power supply module、signal opsonic module、data processing module、time clock module、UART module and pulse output module.

系统的核心是数字信号处理器的TMS320VC5409，以模块化的设计方法将仪表的硬件按功能分为几大模块进行设计，分别为：电源模块、输入调理模块、数据处理模块、时钟模块、通信模块、脉冲输出模块。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。