Stochastic resonance

Stochastic resonance is observed when noise added to a system changes the system's behaviour in some fashion.

As an example of stochastic resonance, consider the following demonstration after Simonotto et al.

In other words, there was a peak noise level, implying effects of stochastic resonance.

The three criteria that must be met for stochastic resonance to occur are:

The book also discusses, in detail, the relationship between dithering and stochastic resonance.

The systems in which stochastic resonance occur are always nonlinear systems.

Dr. Collins has written a series of research papers on ways to use stochastic resonance to improve health.

Yeli tried a variety of stochastic resonance patterns, to see if he could cut through the jamming.

Stochastic resonance programs highlighted what had been preserved.

Use of behavioural stochastic resonance by paddlefish for feeding.

Two types of measurements of stochastic resonance were conducted.

In systems with noise, however, tuning thresholds for taking advantage of stochastic resonance may be the best strategy.

Stochastic resonance was discovered and proposed for the first time in 1981 to explain the periodic recurrence of ice ages.

This is an example of stochastic resonance.

This focus is greatly reliant on stochastic resonance.

For these reasons, it is likely that the paddlefish takes advantage of stochastic resonance to improve its sensitivity to prey.

This research also sheds light on how neural synchrony may explain stochastic resonance in the nervous system.

Stochastic resonance was demonstrated in a high-level mathematical model of a single neuron using a dynamical systems approach.

Stochastic resonance has been observed in the neural tissue of the sensory systems of several organisms.

Stochastic resonance can be used to measure transmittance amplitudes below an instrument's detection limit.

Stochastic resonance modulates neural synchronization within and between cortical sources.

That was stochastic resonance, Sax said.

That is called stochastic resonance.

Stochastic resonance is the term given to an instance when synaptic noise aids, rather than impairs, signal detection.

Experiments performed after this at a slightly higher level of analysis establish behavioral effects of stochastic resonance in other organisms; these are described below.