Studies of auditory information processing emphasizing the application of signal detectability theory to the auditory sensory responses Semiannual report, 1 Dec. 1965 - 31 May 1966 and eighth quarterly status report, 1 Mar. - 31 May 1966

Free response to auditory signal detection, signal fading rate on energy band detector for electric ear model, and brightness adaptation research project

Stimulus-oriented Approach to Detection Re-examined

Effect of signal duration on detection in presence of continuous masking nois

Conduct Studies of Auditory Information Processing Emphasizing the Application of Signal Detectability Theory to the Auditory Sensory Responses Semiannual Report, 1 Jun. - 30 Nov. 1967, Quarterly Status Report, 1 Sep. - 30 Nov. 1967

Visual and auditory signal responses, including chromatic adaptation, binaural and monaural phenomena, and other psychophysiological dat

Studies of auditory information processing emphasizing the application of signal detectability theory to the auditory sensory responses Fifth quarterly progress report, 1 Jun. - 31 Aug. 1965

Signal detection of auditory sensory responses to stimuli - auditory information processin

Studies of auditory information processing emphasizing the application of signal detectability theory to the auditory sensory responses Semiannual report, 1 Dec. 1964 - 31 May 1965 and quarterly status report, 1 Mar. - 31 May 1965

Noise suppressor effect on signal detection and response speed and accuracy to sensory stimulation

Effect of signal duration on detection for gated and for continuous noise

Effect of signal duration on detection for gated and continuous nois

Conduct studies of auditory information processing emphasizing the application of signal detectability theory to the auditory sensory responses Semiannual report /sixth quarterly status report/, 1 Jun. - 30 Nov. 1965

Auditory information processing studies applying signal detectability theory to auditory sensory response

Discussions and Reviews : Toward an ethology of human conflict: a review

Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/67149/2/10.1177_002200276701100310.pd

Asymmetric Excitatory Synaptic Dynamics Underlie Interaural Time Difference Processing in the Auditory System

In order to localize sounds in the environment, the auditory system detects and encodes differences in signals between each ear. The exquisite sensitivity of auditory brain stem neurons to the differences in rise time of the excitation signals from the two ears allows for neuronal encoding of microsecond interaural time differences