We describe a statistical technique, the joint peristimulus time (PST) scatter diagram, for the analysis of data from simultaneously recorded neurons subjected to repeated stimulation. Distinguishable features in the scatter diagram are related to effects of the stimulus on the observed neurons and to functional relations among the neurons. Properties of this measure and its variants are described and practical aspects of its application to experimental data are discussed
The relevance of exact spike timings in neural coding was presumed since a long time and has now bee...
Neurons in sensory systems convey information about physical stimuli in their spike trains. In vitro...
This paper presents a visualization technique specifically designed to support the analysis of synch...
1. We reexamine the possibilities for analyzing and interpreting the time course of correlation in s...
The joint peristimulus time histogram (JPSTH) provides a visual representation of the dynamics of co...
We demonstrate that the information contained in the spike occurrence times of a population of neuro...
In some parts of the nervous system, especially in the periphery, spike timing in response to a stim...
Temporally, precise correlations between simultaneously recorded neurons have been interpreted as si...
Sequential firings with fixed time delays are frequently observed in simultaneous recordings from mu...
This paper discusses the problem of detecting functional connections btween pairs of neurones. Two s...
We consider several measures for the correlation of firing activity among different neurons, based o...
The statistical analysis of two simultaneously observed trains of neuronal spikes is described, usin...
With the increasing availability of multi-unit recordings the fo-cus of attention is shifting from b...
The existence of precise temporal relations in sequences of spike intervals, referred to as 'spatiot...
Abstract—Several methods have been described in the lit-erature to verify the presence of couplings ...
The relevance of exact spike timings in neural coding was presumed since a long time and has now bee...
Neurons in sensory systems convey information about physical stimuli in their spike trains. In vitro...
This paper presents a visualization technique specifically designed to support the analysis of synch...
1. We reexamine the possibilities for analyzing and interpreting the time course of correlation in s...
The joint peristimulus time histogram (JPSTH) provides a visual representation of the dynamics of co...
We demonstrate that the information contained in the spike occurrence times of a population of neuro...
In some parts of the nervous system, especially in the periphery, spike timing in response to a stim...
Temporally, precise correlations between simultaneously recorded neurons have been interpreted as si...
Sequential firings with fixed time delays are frequently observed in simultaneous recordings from mu...
This paper discusses the problem of detecting functional connections btween pairs of neurones. Two s...
We consider several measures for the correlation of firing activity among different neurons, based o...
The statistical analysis of two simultaneously observed trains of neuronal spikes is described, usin...
With the increasing availability of multi-unit recordings the fo-cus of attention is shifting from b...
The existence of precise temporal relations in sequences of spike intervals, referred to as 'spatiot...
Abstract—Several methods have been described in the lit-erature to verify the presence of couplings ...
The relevance of exact spike timings in neural coding was presumed since a long time and has now bee...
Neurons in sensory systems convey information about physical stimuli in their spike trains. In vitro...
This paper presents a visualization technique specifically designed to support the analysis of synch...