Advances in Speech, Hearing and Language Processing: Cochlear Nucleus Structure and Function in Relation to Modelling v. 3
Published in September 1996
Book
Hardback
310 pages
978-1-55938-430-8 (ISBN)
Description
The aim of this series is to present a survey of recent research in the fields of speech, hearing and language processing as carried out in various international laboratories. In the past these fields have been rather isolated from each other, but currently they appear to be drawing closer together. It is hoped this series will encourage this trend. This third volume concentrates on a specific region of the hearing system: the cochlear nucleus. The diversity in this volume is in the variety of techniques which are being applied to study both the structure of this region and the processing of signals, including speech, which takes place there.
The aim of this series is to present a survey of recent research in the fields of speech, hearing and language processing as carried out in various international laboratories. In the past these fields have been rather isolated from each other, but currently they appear to be drawing closer together. It is hoped this series will encourage this trend. This third volume concentrates on a specific region of the hearing system: the cochlear nucleus. The diversity in this volume is in the variety of techniques which are being applied to study both the structure of this region and the processing of signals, including speech, which takes place there.
The aim of this series is to present a survey of recent research in the fields of speech, hearing and language processing as carried out in various international laboratories. In the past these fields have been rather isolated from each other, but currently they appear to be drawing closer together. It is hoped this series will encourage this trend. This third volume concentrates on a specific region of the hearing system: the cochlear nucleus. The diversity in this volume is in the variety of techniques which are being applied to study both the structure of this region and the processing of signals, including speech, which takes place there.
More details
Series
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Illustrations
line and b&w illustrations, index
Dimensions
Height: 230 mm
Width: 150 mm
Weight
1236 gr
ISBN-13
978-1-55938-430-8 (9781559384308)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Persons
Content
Part 1 Anatomy: topographical organization of the projections of the spiral ganglion to the ventral cochlear nucleus, P.A. Leake and R.L. Snyder; auditory nerve terminals and cochlear nucleus nerones - endbulbs of held and spherical bushy cells, D.K. Ryugo; distribution of some cytochemically distinct cell classes in the ventral cochlear of cat and human with emphasis on octopus cells and their projections, J.C. Adams; the mossy fibre-granule cell-cartwheel cell system in the mammalian cochlear nuclear complex, M.E. Dunn et al; organization of the dorsal cochlear nucleus, J.K. Moore; collateral innervation of the cochlear nucleus by lateral and medial olivocochlear neurons - implications for modelling, A.F. Ryan et al; local circuit neurons of the cochlear nuclei probably using inhibitory amino acids as transmitters, K.K. Osen; immunocytochemical aspects of the functional organization of the horseshoe bat's cochlear nucleus, M. Vater et al; distribution of glutamate-like immunoreactivity in the guinea pig cochlear nucleus - a pilot study, C.M. Hackney and K.K. Osen; sensorineural hearing loss and the anatomical substrates for electrical stimulation of the cochlea and cochlear nucleus, D.R. Moore. Part 2 Physiology: coding of noise-embedded spectro-temporal information in the cochlear nucleus, W.S. Rhode and S.R. Creenberg; modification of frequency representation in the cochlear nucleus during the postnatal development in the kitten - a deoxyglucose study, R. Romand and G. Ehret; integrative mechanisms of ventral cochlear nucleus stellate cells - membrane conductances and electronic structure, P.B. Manin et al; inhibitory interactions in the ventral cochlear nucleus - data and model, M.B. Sachs et al; inhibition in the dorsal cochlear nucleus - pharmacological dissection, varieties, nature and possible functions, E.F. Erans and W. Zhao; fusiform cell response properties are shaped by inputs acting on glycine I and Gaba B receptors, D.M. Caspary; a mechanism for the suppression of echoes in the cochlear nuclei, D. Oertel and R.E. Wickesberg; responses to simple and complex sounds in the cochlear nucleus of the guinea-pig, A.R. Palmer et al; a study of the cochlear nuclei by a top-down approach in the owl, M. Konishi. Part 3 Modelling: computer simulations of neural correlations in dorsal cochlear nucleus, H.F. Voigt and K.A. Davis; properties of modelled and networked cochlear nucleus neurones, D.J. Sanders and G.G.R. Green; modelling response patterns in the cochlear nucleus using simple units, G. Meyer and W.A. Ainsworth; a physiological model of auditory selective attention, R. Meddis; contributions to the auditory brainstem to periodicity pitch coding, G. Langner and C.E. Schreiner; auditory processing based on temporal correlation between adjacent spikes trains, F. Berthommier; physiologically plausible modules for the detection of articulatory-acoustic events, Z.L. Wu et al; representation of initial stop consonants (Part contents)