In 2006, Ma et al. (Nat. Neurosci. 1006;9:1432–1438) presented an elegant theory for how populations of neurons might represent uncertainty to perform Bayesian inference. Critically, according to this theory, neural variability is no longer a nuisance, but rather a vital part of how the brain encodes probability distributions and performs computations with them
International audienceWe do not claim that the brain is completely deterministic, and we agree that ...
Uncertainty is inherent in neural processing due to noise in sensation and the sensory transmission ...
Information processing in nonlinear systems can sometimes be enhanced by the presence of stochastic ...
In 2006, Ma et al. (Nat. Neurosci. 1006;9:1432-1438) presented an elegant theory for how populations...
Bayesian inference has emerged as a general framework that captures how organisms make decisions und...
Skilled behavior often displays signatures of Bayesian inference. In order for the brain to implemen...
In the vertebrate nervous system, sensory stimuli are typically encoded through the concerted activi...
Information processing in the nervous system involves the activity of large populations of neurons. ...
Skilled behavior often displays signatures of Bayesian inference. In order for the brain to implemen...
The world is stochastic and chaotic, and organisms have access to limited information to take decisi...
Nowadays, it is possible to record the activity of hundreds of cells at the same time in behaving an...
Life, thought of as adaptively organised complexity, depends upon information and inference, which i...
There is growing interest in applying statistical estimation methods to dynamical systems arising in...
<div><p>It has recently been shown that networks of spiking neurons with noise can emulate simple fo...
In this review we consider how Bayesian logic can help neuroscientists to understand behaviour and b...
International audienceWe do not claim that the brain is completely deterministic, and we agree that ...
Uncertainty is inherent in neural processing due to noise in sensation and the sensory transmission ...
Information processing in nonlinear systems can sometimes be enhanced by the presence of stochastic ...
In 2006, Ma et al. (Nat. Neurosci. 1006;9:1432-1438) presented an elegant theory for how populations...
Bayesian inference has emerged as a general framework that captures how organisms make decisions und...
Skilled behavior often displays signatures of Bayesian inference. In order for the brain to implemen...
In the vertebrate nervous system, sensory stimuli are typically encoded through the concerted activi...
Information processing in the nervous system involves the activity of large populations of neurons. ...
Skilled behavior often displays signatures of Bayesian inference. In order for the brain to implemen...
The world is stochastic and chaotic, and organisms have access to limited information to take decisi...
Nowadays, it is possible to record the activity of hundreds of cells at the same time in behaving an...
Life, thought of as adaptively organised complexity, depends upon information and inference, which i...
There is growing interest in applying statistical estimation methods to dynamical systems arising in...
<div><p>It has recently been shown that networks of spiking neurons with noise can emulate simple fo...
In this review we consider how Bayesian logic can help neuroscientists to understand behaviour and b...
International audienceWe do not claim that the brain is completely deterministic, and we agree that ...
Uncertainty is inherent in neural processing due to noise in sensation and the sensory transmission ...
Information processing in nonlinear systems can sometimes be enhanced by the presence of stochastic ...