并探讨了生物细胞如何利用不可靠的部件和噪声(这是指无论电子信号还是基因信号的随机变化)实现可靠的计算。
He discusses how biological cells perform reliable computation with unreliable components and noise (which refers to random variations in signals - whether electronic or genetic).
发表在“现代生物学”杂志上的一篇神经科学研究论文，破解了这个秘密：他们大脑组织能有效阻断噪声的输入。
According to a neuroscience study published today in Current Biology, they’re blessed with a type of brain activity that may essentially block out noise.
那些大脑产生更多纺锤波的人更容易对噪声免疫，《当代生物（Current Biology）》期刊报道说。
Those whose brains produced the most spindles were most immune to the noise, the journal Current Biology reports.
阐述生物医学信息检测电极的工作原理和电极噪声对心电图测量实验的影响。
This article expounded the principle of electrode used in biomedical information detected and the influence of electrode noise on the electrocardiogram experiment.
肌电信号的特点是强噪声背景下的生物信号，对肌电信号的检测和提取具有一定的难度。
Electromyographic signal is a kind of biological signal in the background full of noise, so it is somewhat difficult to detect and extract the electromyographic signal.
由于生物电信号非常微弱，容易受量测环境及电路本身等因素所影响，故要求该放大器具有低噪声和低失调电压的性能。
Due to its relative low amplitude properties, the bioelectricity signal is easy influenced by surrounding factor, the amplifier with low noise and voltage offset is required.
噪声强度、激光振幅和频率协同作用，共同制约着生物系统的演化过程。
The noise strength, laser amplitude and laser frequency were cooperative interactions, which together controlled the behavior of the laser DNA interaction system.
在高散射的生物组织图像中，散斑具有双重身份，即作为噪声源和作为组织微结构的信号载体。
In images of highly scattering biological tissues, speckle has a dual role as a source of noise and as a source of carrier of information about tissue microstructure.
因此，利用非线性随机动力学理论和方法对“细胞内钙离子振荡系统的噪声效应：相干共振”进行研究具有十分重要的生物学意义。
Thus, based on nonlinear theory and method, the study on the effect of the noise on coherence resonance in a calcium oscillations system is significant in biology.
低噪声心电放大器的设计是生物医学电子学研究课题之一，是对心电信息进行数据采集与处理的重要环节。
The design of a low noise electrocardiosignal amplifier, as a research subject of biomedical electronics, is a key link in data acquisition and processing of electrocardiosignal.
目前，噪声的生物效应多集中于研究音频噪声造成的危害，而关于超声波清洗空化噪声对生物体生理机能影响的研究还未见报道。
Nowadays, studies on biological effects of noise are mostly focused on the effect of audio noise, but studies of the effect of ultrasonic cleaning noise on human haven't been found yet.
该方法在语音信号处理、无线通讯、噪声消除、生物医学信号处理、地震信号处理以及图像处理等方面得到了广泛的应用。
It is widely applied to audio signal processing, communication signal processing, noise decreasing, medical signal processing, earthquake signal processing and image signal processing etc.
生物医学图像在成像时不可避免地受到噪声影响，因此噪声去除是生物医学图像处理的一项重要研究课题。
Noise is inevitably involved in biomedical images when imaging. It is an important issue to remove the noise.
要处理强噪声生物医学信号，要根据其实际情况，选择适当的处理方法。
We will be according to the actual situation and select the appropriate approach to deal with biomedical signals in strong noise.
要处理强噪声生物医学信号，要根据其实际情况，选择适当的处理方法。
We will be according to the actual situation and select the appropriate approach to deal with biomedical signals in strong noise.
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