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signalobject matlab object  (MathWorks Inc)
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MathWorks Inc signalobject matlab object
The pulseEditor program for creating and saving standard stimulation pulses . (A) User controls for defining pulse parameters (number of pulses in the train, inter-pulse interval, pulse duration, pulse amplitude, initial delay), grouping pulses into an ordered sequence, and plotting the stimulus amplitude vs. time. (B) Example of stimulation waveform created using the pulseEditor user interface with parameters set as in panel A. Here the “additive” feature is used to combine a single positive pulse with a previously created multi-pulse waveform. (C) Custom “chirp” waveform created using the <t>signalObject</t> Matlab object; the frequency of the sinusoid increases linearly with time.
Signalobject Matlab Object, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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The pulseEditor program for creating and saving standard stimulation pulses . (A) User controls for defining pulse parameters (number of pulses in the train, inter-pulse interval, pulse duration, pulse amplitude, initial delay), grouping pulses into an ordered sequence, and plotting the stimulus amplitude vs. time. (B) Example of stimulation waveform created using the pulseEditor user interface with parameters set as in panel A. Here the “additive” feature is used to combine a single positive pulse with a previously created multi-pulse waveform. (C) Custom “chirp” waveform created using the signalObject Matlab object; the frequency of the sinusoid increases linearly with time.

Journal: Frontiers in Neural Circuits

Article Title: Ephus : Multipurpose Data Acquisition Software for Neuroscience Experiments

doi: 10.3389/fncir.2010.00100

Figure Lengend Snippet: The pulseEditor program for creating and saving standard stimulation pulses . (A) User controls for defining pulse parameters (number of pulses in the train, inter-pulse interval, pulse duration, pulse amplitude, initial delay), grouping pulses into an ordered sequence, and plotting the stimulus amplitude vs. time. (B) Example of stimulation waveform created using the pulseEditor user interface with parameters set as in panel A. Here the “additive” feature is used to combine a single positive pulse with a previously created multi-pulse waveform. (C) Custom “chirp” waveform created using the signalObject Matlab object; the frequency of the sinusoid increases linearly with time.

Article Snippet: While the pulseEditor provides controls for defining trains of square pulses, arbitrary stimulus waveforms (see Figure C) can be defined using the lower-level signalObject Matlab object included with Ephus .

Techniques: Sequencing