装置效率的关键在于随机共振所能带来的免费能量。
The key to this efficiency is the free energy arriving by stochastic resonance.
阐述了应用随机共振对微弱信号进行检测的原理。
The basic principle of stochastic resonance (SR) in weak signal detection was introduced.
作为结果，噪音提高了开关的灵敏度——这种现象叫做随机共振。
In effect, the noise increases the sensitivity of the switch - a phenomenon called stochastic resonance.
因此，相对而言，随机共振对输入信号的频率更敏感一些。
Therefore, the SR is comparatively more sensitive to the frequency of the input signal.
实验研究表明，自适应扫频随机共振技术可应用于工程实际。
Experimental study shows that the self-adopting scanning stochastic resonance technique can be applied to engineering practice.
卫星热红外温度异常点的发现开拓了随机共振应用的新领域。
The discovery of satellite thermal infrared anomalous points opens up a new field of stochastic resonance application.
通过双阈值系统中的随机共振特性，研究含有高斯白噪声的信号。
It is investigated the characteristics of stochastic resonance of the signal added Gaussian white noise in a bi-threshold system.
研究了耦合白噪声作用下的二阶过阻尼线性系统中的随机共振现象。
The phenomenon of stochastic resonance of an over-damped second-order linear system driven by coupled white noise is investigated.
通过计算机模拟，观察到了色噪声诱导的反应振荡和随机共振现象。
The colored noise-induced oscillations and the stochastic resonance are observed by using numerical simulations.
卫星热红外温度异常点是天线附近背景噪声与地球信息随机共振的结果。
Satellite thermal infrared anomalous points of temperature are the result of stochastic resonance of background noises and earth information near the antenna.
研究含有高斯白噪声的周期脉冲信号，通过阈值系统后的随机共振特性。
It is investigated that the characteristics of stochastic resonance of the periodic pulse signal added Gaussian white noise through a threshold system.
针对淹没在噪声中的弱信号测量，利用随机共振技术进行了信号检测的研究。
In order to detect weak signals overwhelmed in noise, the method of signal detection is investigated using the principle of stochastic resonance.
因此，系统地研究随机共振技术并应用到实际测量中去，是一项十分有意义的工作。
So that, to study Stochastic resonance technology and apply it into actual signal detecting will greatly make sense.
固化基于随机共振原理的应用软件，使系统能实时采集和处理强噪声背景下的弱信号。
Fixed with application software based on SR, the system can collect and process the faint signal on real-time on the background of strong noise.
提出了一种随机共振自适应算法，并运用于中频电源故障信号检测，取得了较好的效果。
A random resonance self-adaptive algorithm is stated and used for fault signal detection in medium frequency power supply with good result.
提出了一种随机共振自适应算法，并运用于中频电源的故障信号检测，取得了较好结果。
An adaptive stochastic resonance algorithm is proposed and used in detecting the fault signal of intermediate frequency power source. The result is preferable.
第二部分详细地讲述了随机共振的原理，并就其在一维信号处理中的应用做了简要的分析；
And then tell the theory of Stochastic Resonance, the application in one-dimensional signals processing also involved.
在特性参数处于最大值的时候，图像就发生了随机共振，这给图像的处理带来了新的思路。
The SR of image is taken place When the maximum of PSNR. This brings a new idea to image processing.
根据人的触觉感知通道中的随机共振特性，提出了一种改进的增强纹理力触觉表达建模方法。
An improved haptic texture rendering method based on stochastic resonance is proposed utilizing the stochastic resonance phenomenon in human cutaneous tactile sensation.
研究了系统固有频率受二值噪声扰动时，调制二值噪声驱动二阶过阻尼线性系统的随机共振现象。
The phenomena of stochastic resonance of an over-damped second-order linear system with modulated dichotomous noise are investigated.
研究了非线性系统特征，构建实用于检测强噪声背景下弱信号的特征信息的自适应随机共振算法。
The study of characteristics of the nonlinear system. Realization of the adaptive SR algorithm of detecting the characteristic information of practical weak signals overwhelmed in strong noise.
已有利用随机共振在强噪声下提取单一频率信号的若干报道，但单一频率信号所携带的信息量为零。
There are many reports on extracting the single frequency signal under noise by the stochastic resonance, but in which the information that the signal carries is zero.
分析了利用非周期随机共振进行基带信号检测的物理机制，提出了一种基于统计的信号恢复新方法。
The physical mechanism of signal processing based on the aperiodic stochastic resonance (ASR) system is analyzed, and a statistical approach for recovering the binary signal is proposed.
运用绝热近似理论，研究了由加性噪声和乘性噪声及周期信号驱动的光学双稳系统的随机共振现象。
The stochastic resonance(SR)in an optical bistable system under the simultaneous action of multiplicative and additive noises and periodic signal is studied using the adiabatic approximation theory.
本文后半部分就小信号检测系统的随机共振算法以及DSP系统与PC机间的通信进行了详细的描述。
Faint signal detection system communication between DSP processing system and PC managing system are described in the detail in back of this article.
本文以弱信号检测为研究对象，提出了利用随机共振原理进行微弱信号检测的基本思想及具体实现方法。
Focusing on faint signal detection, this thesis presents the principle and practicable method to utilize SR for faint signal detection.
本文以弱信号检测为研究对象，提出了利用随机共振原理进行微弱信号检测的基本思想及具体实现方法。
Focusing on faint signal detection, this thesis presents the principle and practicable method to utilize SR for faint signal detection.
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