During fMRI acquisition of task related data the variability of time lag between the audio stimulus demand and its actual playback causes a huge problem for precise data analysis. The lag is probably arised because of using standard PC for whole stimulation management, where is not possible to achieve absolute control of stimuli timing. The developed device for audio stimulation based on Arduino Due microcontroller solves that problem. The control of the audio stimuli playback is realized by external trigger. All together allows to avoid variable and high lag of audio stimulation
A portable neural activity acquisition and stimulation system by means of tfLIFE implantable electro...
One of the critical steps in the design of Brain-Computer Interface applications based on electroenc...
The human brain functions through a chemically-induced biological process which operates in a manner...
During fMRI acquisition of task related data the variability of time lag between the audio stimulus ...
The aim of this bachelor thesis is to design a device for audio stimulation, which will be used duri...
This paper describes a telemetric interactive intracortical microstimulation (ICMS) and simultaneous...
<p>These methods were employed to minimize jitter between triggering and stimulus presentation onset...
A versatile and inexpensive timing suitable for driving standard stimulators and associated equipmen...
In this paper, we present a modular Data Acquisition (DAQ) system for simultaneous electrical stimul...
We describe for the first time the design, implementation, and testing of a telemetry controlled sim...
A transcutaneous programmable microcontroller based neurostimulation system has been developed and i...
This paper presents a portable, embedded, microcontroller-based system for bidirectional communicati...
International audienceAccurate stimulus onset timing is critical to almost all behavioral research. ...
Hyperscanning is an emerging technique that allows for the study of brain similarities between inter...
In this paper a system for neural recording and stimulation is presented. The device is composed of...
A portable neural activity acquisition and stimulation system by means of tfLIFE implantable electro...
One of the critical steps in the design of Brain-Computer Interface applications based on electroenc...
The human brain functions through a chemically-induced biological process which operates in a manner...
During fMRI acquisition of task related data the variability of time lag between the audio stimulus ...
The aim of this bachelor thesis is to design a device for audio stimulation, which will be used duri...
This paper describes a telemetric interactive intracortical microstimulation (ICMS) and simultaneous...
<p>These methods were employed to minimize jitter between triggering and stimulus presentation onset...
A versatile and inexpensive timing suitable for driving standard stimulators and associated equipmen...
In this paper, we present a modular Data Acquisition (DAQ) system for simultaneous electrical stimul...
We describe for the first time the design, implementation, and testing of a telemetry controlled sim...
A transcutaneous programmable microcontroller based neurostimulation system has been developed and i...
This paper presents a portable, embedded, microcontroller-based system for bidirectional communicati...
International audienceAccurate stimulus onset timing is critical to almost all behavioral research. ...
Hyperscanning is an emerging technique that allows for the study of brain similarities between inter...
In this paper a system for neural recording and stimulation is presented. The device is composed of...
A portable neural activity acquisition and stimulation system by means of tfLIFE implantable electro...
One of the critical steps in the design of Brain-Computer Interface applications based on electroenc...
The human brain functions through a chemically-induced biological process which operates in a manner...