The paper analyses signals that have been measured by brain probes during surgery. First background noise is removed from the signals. The remaining signals are a superposition of spike trains which are subsequently assigned to different families. For this two techniques are used: classic PCA and code vectors. Both techniques confirm that amplitude is the distinguishing feature of spikes. Finally the presence of various types of periodicity in spike trains are examined using correlation and the interval shift histogram. The results allow the development of a visual aid for surgeons
Spike sorting refers to the detection and classification of electric potentials (spikes) from multi-...
Repeated, precise sequences of spikes are largely considered a signature of activation of cell assem...
In order to determine patterns of neural activity, spike signals recorded by extracellular electrode...
The paper analyses signals that have been measured by brain probes during surgery. First background ...
Understanding neural functions requires knowledge from analysing electrophysiological data. The proc...
Spike sorting is a class of techniques used in the analysis of electrophysiological data. Studying t...
The analysis of action potentials, or "spikes," is central to systems neuroscience researc...
The existence of precise temporal relations in sequences of spike intervals, referred to as 'spatiot...
Using the novel mathematical technique known as wavelet analysis, a new method (WSC) is presented to...
AbstractTo study the electrophysiological properties of neuronal networks, in vitro studies based on...
Spike sorting is a crucial step to extract information from extracellular recordings. With new recor...
Simultaneous recordings of multiple neuron activities with multi-channel extracellular electrodes ar...
Identification of neural spike activities has been a challenging task for a researcher which is a pr...
We examine the problem of estimating the spike trains of multiple neurons from voltage traces record...
Spike sorting is the process of converting a recording of the electrical activity generated by neuro...
Spike sorting refers to the detection and classification of electric potentials (spikes) from multi-...
Repeated, precise sequences of spikes are largely considered a signature of activation of cell assem...
In order to determine patterns of neural activity, spike signals recorded by extracellular electrode...
The paper analyses signals that have been measured by brain probes during surgery. First background ...
Understanding neural functions requires knowledge from analysing electrophysiological data. The proc...
Spike sorting is a class of techniques used in the analysis of electrophysiological data. Studying t...
The analysis of action potentials, or "spikes," is central to systems neuroscience researc...
The existence of precise temporal relations in sequences of spike intervals, referred to as 'spatiot...
Using the novel mathematical technique known as wavelet analysis, a new method (WSC) is presented to...
AbstractTo study the electrophysiological properties of neuronal networks, in vitro studies based on...
Spike sorting is a crucial step to extract information from extracellular recordings. With new recor...
Simultaneous recordings of multiple neuron activities with multi-channel extracellular electrodes ar...
Identification of neural spike activities has been a challenging task for a researcher which is a pr...
We examine the problem of estimating the spike trains of multiple neurons from voltage traces record...
Spike sorting is the process of converting a recording of the electrical activity generated by neuro...
Spike sorting refers to the detection and classification of electric potentials (spikes) from multi-...
Repeated, precise sequences of spikes are largely considered a signature of activation of cell assem...
In order to determine patterns of neural activity, spike signals recorded by extracellular electrode...