规避这一问题的传统方法是让以相同频率通讯的无线电信号按顺序轮替传输，从而输出的信号就不会干涉输入的信号。
The traditional way around the problem is to have radios communicating on the same frequency take turns transmitting so the outgoing signal doesn't interfere with the incoming.
线粒体相当于细胞的能源植物，当自由基干涉其生物过程时，线粒体会接受信号开始细胞凋亡程序。
Mitochondria act as cellular energy plants, and when free radicals interfere with their biochemical pathways, mitochondria receive a signal to start cell death.
科学家们还将比较分布在世界各地的干涉计的检测结果，以判别信号是真地来自引力波还是来自于本地的干扰。
Scientists can then figure out which signals are from local disturbances and which are from gravitational waves by comparing data from interferometers in different parts of the world.
本文详细推导了用振幅调制激光为光源外差激光探针的信号光与参考光干涉光强表达式。
In the paper. the interference intensity of signal laser beam and the reference one is carried out in detail on a heterodyne laser probe with amplitude modulated laser source.
为了确保发送干涉信息的源头也能知晓发生了数据碰撞，发射站在检测到碰撞后，要发一个是32比特的倍数的拥塞信号。
Just to make sure that the source of the interfering transmission also detects a collision, upon detecting a collision, a station sends a "jam" signal for 32 bit times.
因此而产生的干涉信号具有交流耦合的外观。
The resulting interferometric signal has an ac-coupled appearance.
现实中的信号由各种频率的正弦波组成，因此，在有限的波长数后，它们会干涉相消，你就得到一个有限宽度和有限延续的信号。
Realistic signals are made by summing sine waves of lots of frequencies, so that after some finite number of wavelengths they interfere destructively and you get a signal of finite width and duration.
不规则性在电离层导致信号旅行由超过一个道路和这可能导致干涉和结果困难在通信。
Irregularities in the ionosphere result in signals travelling by more than one path and this can produce interference and consequent difficulties in communications.
采用干涉的能束控制，信号处理，放大和计算机逻辑。
Energy beam control, signal processing, amplification, and computer logic using interference.
这些被反射的信号也许干涉直接信号。
These reflected signals may interfere with the direct signal.
提出一种光纤准白光干涉信号数字化处理方法。
A digital processing method for fiber quasi-white light interference signal is proposed.
介绍了两种激光外差干涉信号的处理方法锁相频率解调法及组合频率解调法。
Two kinds of signal processing methods for heterodyne interferometer, phase locked frequency demodulation and combinatorial frequency demodulation are presented in this paper.
研究者同时利用磁场测量的“金标准”——超导量子干涉器件（SQUID）对心跳信号进行了记录。
The same signals were recorded using the "gold standard" for magnetic measurements, a SQUID (superconducting quantum interference device).
信号处理电路是干涉型光纤加速度计系统中的重要部分。
The signal processing system is the key component for the fiber optic accelerometer system.
利用FBG、EFPI和低相干性干涉信号解调方法实现了用一个传感器同时测量三个参量。
This sensor system simultaneously measures the three parameters using the method of low coherence interferometric signal demodulation combined with optical spectrum measurement of the FBG and EFPI.
在光谱成像的光谱分辨率增强技术中，对振幅衰减干涉信号的线性预测是其中的关键之一。
In spectral resolution enhancement the linear prediction of exponentially decaying sinusoidal superposition signal is one of the key technologies.
利用简单的电路构成实时相位检测器，对干涉信号中的相位信号进行同步检测，最终获得实际振动的振幅频率。
The real time phase detector is constructed with a simple circuits. The amplitude and frequency of the vibrations are measured by synchronously detecting the phases in interference signal.
简要说明了干涉仪合成孔径声纳基本原理和信号处理过程：合成孔径成像、干涉图获取与处理和相位解卷。
InSAS basic principle and signal processing including SAS imaging, interferogram acquisition and processing, phase unwrapping are simply introduced.
给出了干涉仪测量这类两点源信号中的主信号入射角的通用数学表达式。
Generel mathematical expression on incidence Angle of major signal in such signals with the interferometer is presented.
本文研究了干涉SAR测量的原理和技术，对其信号处理流程、测高误差、信号相干性等问题进行了分析。
The basic principles and methods of SAR interferometry were studied and some problems in it were analyzed, such as signals processing, height measurement errors, coherence of signals, etc.
利用实时相位检测电路，从正弦相位调制干涉信号中解出被测量物体表面形貌的相位。
The phase signal of the surface profile is detected from the sinusoidal phase-modulating interference signal using a real-time phase detection circuit.
数字化相位生成载波(PGC)方法是实现光纤干涉仪大动态范围、高精度信号检测的主要手段。
Digital phase generated carrier (PGC) is the key method for larger dynamic and high sensitivity detection of optical fiber interferometers.
该装置以拍波合成的场强信号的节点为对准标志，以光路组合形成的双频激光干涉仪测量尾数部分。
The node is used as sampling flag and the beat-wave fringe fraction is measured with double frequency interferometer combined by optical components.
理论分析和实验结果表明，干涉仪输出光强的幅度和频率与施加在压电陶瓷上的交变信号电压的幅度和频率有关，且在一定的条件范围内呈良好的线性关系。
Theoretical analysis and experimental results show that the amplitude and frequency of the output light intensity are linearly related to that of the sinusoidal signal voltage applied on PZT.
稳定的时域干涉信号说明，单模光纤可以很好补偿振幅、相位的跃变。
The legible interference patterns and spectrum signals show that fiber interferometer is suitable to compensate for amplitude and phase vibrations.
在干涉合成孔径声纳成像系统研究中，声纳信号采集与处理是该领域的主要研究内容。
Signal acquisition and processing are major research contents in the field of Interferometric Synthetic Aperture Sonar(InSAS).
实验表明，采用该方法对光纤准白光干涉信号零光程差位置的定位精度优于0.5个干涉条纹。
The experiments show that the positioning accuracy of extrapolation method for zero optical path difference point of fiber quasi-white interference signal is less than 0.5 interference fringes.
该文提出的基于线性调频信号拉伸处理的杂波剔除方法，在用干涉技术进行三维成像之前剔除强背景杂波，方法简单易于工程实现。
Also, a stretch processing of LFM signal to remove the background clutter is discussed. This method is simple and easily implemented in engineering.
该文提出的基于线性调频信号拉伸处理的杂波剔除方法，在用干涉技术进行三维成像之前剔除强背景杂波，方法简单易于工程实现。
Also, a stretch processing of LFM signal to remove the background clutter is discussed. This method is simple and easily implemented in engineering.
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