再进一步如果你将两瓶通过顺势疗法处理过的会发射电磁波的水放到一起信号会从一边移动到另外一边.
Further, if you put two vials of homeopathically diluted EMS emitting water next to each other, the signal can move from one to another.
为了实现移动装备发动机缸盖振动信号的在线处理，提出一种基于提升小波包变换的渐变式阈值降噪方法。
In order to on-line process engine cylinder head vibration signals of mobile equipment, a de-noising method with gradual changing threshold based on lifting wavelet package transform was proposed.
本课题来源于与公司的合作项目——铁路安全监控数据高速移动接入系统，属于其中的软件无线电信号处理部分。
This subject is the signal processing part of SDR system which belongs to a cooperative project — High-speed data transfer access system on monitoring railway security — with a company.
许多应用系统，如移动电话、数字电视和工业设备等，都需要高性能可编程数字信号处理器。
Many application systems such as mobile phones, digital TV sets and industrial equipments need high performance programmable digital signal processors (DSPs).
快速哈达玛变换(FHT)是数字信号处理中的基本变换之一，在移动通信、多媒体编解码中得到了广泛的应用。
Fast Hadamard transform (FHT) is a basic transformation in digital signal processing, which is widely used in mobile communications and Multimedia coding.
移动的修正周期图谱估计方法在实时处理和非平稳信号处理的场合中是常用的一种有效方法。
To modify periodogram by moving is a useful and effective method for either real time signal processing or non-stable signal processing.
它在超宽带无线移动通信、相控雷达、微波毫米波传感、微波毫米波信号处理等多个领域具有潜在的应用前景。
It has many potentional ampliations in ultra-bandwidth wireless mobile communication, array phase radar, sensors of microwave and millimeter-wave, microwave and millimeter-wave signal processing.
研究方向：穿戴式与普遍系统，移动保健，生物医学信号处理，深入嵌入式系统。
Research Interest: Wearable and ubiquitous systems, m-Health, biomedical signal processing, and deeply embedded systems.
当5%的点一起移动时，视觉皮层被激活，但额侧前叶皮层缺并不活跃，这说明信号是浅意识中被处理。
When 5 percent of the dots moved coherently, the visual cortex was activated, though the signal was computed only subconsciously: the lateral prefrontal cortex was not activated.
然后分析给出了高速、低速移动用户的信号预处理方式。
Futhermore, we give the signal preprocessing method of high-speed user and low-speed user.
然后分析给出了高速、低速移动用户的信号预处理方式。
Futhermore, we give the signal preprocessing method of high-speed user and low-speed user.
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