03887cam a2200397 4500999001500000001000800015003000400023005001700027008004100044010001700085020001500102040001800117050002100135060002200156082001700178111009800195245008600293260004800379300003100427490004100458500012200499504002900621505235900650650002503009650002103034650003303055650002503088650003903113700002803152700003003180710003703210710007103247906004503318942001303363952011303376 c3052d30522205081OSt20190930154842.0740612s1974 gw a b 101 0 eng a 74011221 a0387068260 aDLCcDLCdDLC00aQP460b.S95 1974 aWV272 S9895f 197400a612.85 ZWI T2 aSymposium on Psychophysical Models and Physiological Facts in Hearing,cTutzing, Ger.,d1974.10aFacts and models in hearing;bproceedings.cEdited by E. Zwicker and E. Terhardt. aBerlin,aNew York,bSpringer-Verlag,c1974. axi, 360 p.billus.c25 cm.0 aCommunication and cybernetics,vv. 8 a"Sponsored by the Deutsche Forschungsgemeinschaft and the Bayerisches Staatsministerium für Unterricht und Kultus." aIncludes bibliographies. aI. Structure and Neurobiology of the Inner Ear.- Morphology of the walls of the cochlear duct.- Neuroanatomy of the cochlea.- Comments.- Neurobiology of hair cells and their synapses.- II. Cochlear Mechanisms.- Measurements of sound pressure in the cochleae of anesthetized cats.- Comments.- Basilar membrane data and their relation to theories of frequency analysis.- Comments.- The significance of shearing displacements for the mechanical stimulation of cochlear hair cells.- Comments.- Enlarged hydromechanical cochlea model with basilar membrane and tectorial membrane.- A model for mechanical to neural transduction in J.L. HALL the auditory receptor.- Comments.- A "second filter" established within the scala media (General Comment).- An alternative approach to the second filter (General Comment).- III. Auditory Frequency Analysis.- Neuro-mechanical frequency analysis in the cochlea.- Auditory frequency selectivity and the cochlear nerve.- Comments.- On a psychoacoustical equivalent of tuning curves.- Pure-tone masking; a new result from a new method.- Frequency selectivity and the tonal residue.- Frequency discrimination at the threshold.- Monotic and dichotic pitch matchings with complex sounds.- Comments.- IV. Auditory Time Analysis.- Recordings from spiral ganglion neurons.- Comments.- Coding of repetition noise in the cochlear nucleus in cat.- Comments.- Comments.- Information processing in the higher parts of the auditory pathway.- Dynamic properties of cochlear nucleus units in response to excitory and inhibitory tones.- Roughness and its relation to the time-pattern of psychoacoustical excitation.- Transient masking pattern of narrow band maskers.- Masking patterns and lateral inhibition.- Comments.- The slopes of masking patterns (General Comments).- Comments.- A crude quantitative theory of backward masking.- V. Nonlinear Effects.- Nonlinear effects in the transient response of the basilar membrane.- Nonlinear mechanisms and cochlear selectivity.- Cochlear microphonic correlates of cubic difference tones.- The representation of tones and combination tones in spike discharge patterns of single cochlear nerve fibers.- On the mechanisms of combination tone generation and lateral inhibition in hearing.- Comments.- Subjective phase effects and combination tones.- Pitch of pure tones: its relation to intensity. 0aHearingxCongresses. 0aEarxCongresses. 2aEarxPhysiologyxCongresses. 2aHearingxCongresses. 2aModels, PsychologicalxCongresses.1 aZwicker, Eberhard,eed.1 aTerhardt, E.,d1934-eed.2 aDeutsche Forschungsgemeinschaft.1 aBavaria (Germany).bStaatsministerium für Unterricht und Kultus. a7bcbccorignewd1eocipf19gy-gencatlg 2ddccSTS 00102ddc4070851/3aAIISHbAIISHd2019-09-30l0o612.85 ZWI Tp1897r2019-09-30 00:00:00w2019-09-30ySTS