A neural model for the time/period coding of frequency for acoustic and electric stimulation [Abstract]
AuthorClark, Graeme M.; Irlicht, L. S.; Carter, T. D.
Source TitleProceedings of the Australian Neuroscience Society (16th Annual Australian Neuroscience Meeting. Adelaide, 28-31 January 1996)
University of Melbourne Author/sClark, Graeme
Document TypeConference Item
CitationsClark, G. M., Irlicht, L. S., & Carter, T. D. (1996). A neural model for the time/period coding of frequency for acoustic and electric stimulation [Abstract]. In Proceedings of the Australian Neuroscience Society (16th Annual Australian Neuroscience Meeting), Adelaide, S.A.
Access StatusOpen Access
This is an abstract of a paper from the Proceedings of the Australian Neuroscience Society 1996. This version is reproduced with the permission of the publisher.
Interspike intervals convey information for a time/period code for frequency. The spikes are phase-locked to the sine wave and the intervals are a multiple of the period of the sound wave. It is not clear, however, how the information is decoded. There are significant differences in the distribution of the population of interspike intervals for acoustic and electric stimulation. These differences need to be considered when developing any models for the decoding of frequency. Extra cellular recordings were made from primary-like units in the anteroventral cochlear nucleus of 21 cats, bipolar intraocular as well as monopolar extracochlear electrical stimulation were used.
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- Graeme Clark Collection