Lloyd A. Jeffress | Academic Influence

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Lloyd A. Jeffress

Engineering

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Electrical Engineering

#614

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Lloyd A. Jeffress

Computer Science

#2992

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Information Management

#26

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Machine Learning

#546

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Artificial Intelligence

#757

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Engineering
Computer Science

Lloyd A. Jeffress's Degrees

Masters Electrical Engineering Stanford University
Bachelors Computer Science California Institute of Technology

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Why Is Lloyd A. Jeffress Influential?

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According to Wikipedia, Lloyd Alexander Jeffress was an acoustical scientist, a professor of experimental psychology at the University of Texas at Austin, and a developer of mine-hunting models for the US Navy during World War II and after, Jeffress was known to psychologists for his pioneering research on auditory masking in psychoacoustics, his stimulus-oriented approach to signal-detection theory in psychophysics, and his "ingenious" electronic and mathematical models of the auditory process.

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Lloyd A. Jeffress's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

A place theory of sound localization. (1948) (1560)
Cerebral Mechanisms in Behavior (1953) (729)
Cerebral mechanisms in behavior : the Hixon symposium (1951) (290)
Localization of High‐Frequency Tones (1957) (247)
Localization of Sound from Single and Paired Sources (1955) (120)
Masking of Tonal Signals (1956) (112)
Two-image lateralization of tones and clicks. (1968) (104)
Effect of Varying the Interaural Noise Correlation on the Detectability of Tonal Signals (1963) (99)
Time vs Intensity in the Localization of Tones (1961) (79)
Differences of interaural phase and level in detection and lateralization: 250 Hz. (1971) (66)
A Note on the Audibility of Intense Ultrasonic Sound (1954) (58)
Interaural Phase and the Absolute Threshold for Tone (1962) (57)
Stimulus‐Oriented Approach to Detection (1964) (56)
Effect of Interaural Correlation on the Precision of Centering a Noise (1962) (55)
Effect of Noise Crosscorrelation on Binaural‐Signal Detection (1962) (54)
Relation of masked threshold to signal-duration for various interaural phasecombinations. (1958) (54)
Identification of brief pauses in the fluent speech of stutterers and nonstutterers. (1971) (52)
Role of Interaural Time and Intensity Differences in the Lateralization of Low‐Frequency Tones (1959) (49)
Effect of Large Interaural Time Differences upon the Judgment of Sidedness (1954) (49)
Formulas for the Coefficient of Interaural Correlation for Noise (1962) (46)
The Masking of Tones by White Noise as a Function of the Interaural Phases of Both Components. I. 500 Cycles (1952) (43)
Effect of Bandwidth of Masking Noise on Detection of Homophasic and Antiphasic Tonal Signals (1965) (43)
Mathematical and electrical models of auditory detection. (1968) (38)
Masking of tone by tone as a function of duration. (1974) (36)
Differences of interaural phase and level in detection and lateralization. (1971) (33)
Stimulus-oriented approach to detection re-examined. (1967) (32)
Individual differences in sensitivity to interaural differences in time and level. (1973) (32)
Intensity discrimination with gated and continuous sinusoids. (1979) (32)
Galvanic phenomena of the skin. (31)
Effect of Phase on the Quality of a Two‐Component Tone (1962) (31)
Effect of Noise at One Ear on the Masked Threshold for Tone at the Other (1962) (30)
Lateralization vs Localization (1960) (27)
The Masking of Tones by White Noise as a Function of the Interaural Phases of Both Components (1952) (20)
Masking and Interaural Phase. II. 167 Cycles (1962) (19)
Differences of interaural phase and level in detection and lateralization: 1000 and 2000 Hz. (1972) (16)
Localization of Sound (1975) (16)
Medial Geniculate Body—A Disavowal (1958) (15)
Detecting a Signal in Noise (1958) (12)
A self-recording maze. (11)
Interaural phase difference and pitch variation; day-to-day changes. (1949) (10)
Effect of signal duration on detection for gated and for continuous noise. (1968) (9)
Chapter Three – Masking (1970) (8)
The nature of primary abilities. (1948) (8)
Localization of Low‐Frequency Tones (1959) (8)
Detection and Lateralization of Binaural Signals (1971) (7)
Beating sinusoids and pitch changes. (1968) (7)
A self-recording maze with an automatic delivery table (1993) (7)
Variations in Pitch (1944) (7)
Binaural Phase Difference and Pitch Variation (1948) (6)
The logistic distribution as an approximation to the normal curve (1973) (6)
An electronic switching circuit. (1950) (5)
The Pitch of Complex Tones (1940) (5)
MLD's and the phase angle, alpha. (1968) (4)
Narrow‐Band Noise and Tones as Signals in Binaural Detection (1965) (4)
Effect of Noise Crosscorrelation for a Narrow‐Band Masking Noise on the Detection of a Tonal Signal (1964) (4)
Time vs Intensity in Sound Localization (1960) (4)
Effect of Duration upon Detection with Gated and Continuous Noise and Signal (1966) (3)
Why Helmholtz Couldn't Hear Monaural Phase Effects (1960) (3)
Masking and binaural pheonomena (1965) (3)
Measurements of Interaural Time‐ and Intensity‐Differences (1955) (2)
Audibility of Intense Ultrasonic Sound (1953) (2)
Anomalous Parallax in Anaglyphs and Stereograms (1937) (2)
Note on the “Interesting Effect Produced by Two Loudspeakers under Free Space Conditions” by R. L. Hanson and W. E. Kock [J. Acoust. Soc. Am. 29, 145 (L) (1957)] (1957) (2)
An Ink-Recording Galvanic Skin Reaction Apparatus (1937) (2)
Interaural Intensity Ratios and Sound Localization (1956) (2)
ROC Curves for Multiple‐Signal Levels in a Detection Task (1967) (2)
The Masking of Tones by White Noise as a Function of Interaural Time or Phase Displacements. II. 167 cps (1953) (2)
Effect of Switching Earphone Channels upon the Precision of Centering (1962) (2)
Method for the Study of the Localization of Airborne Sound (1955) (2)
Pedestal experiments: Amplitude versus power (1979) (2)
review and comments (1962) (1)
Individual Differences in Sensitivity to Interaural Differences in Time and Level 1 (1973) (1)
Earphone Response and Onset Time (1962) (1)
Applied Research Laboratories Final report, 1 May 1964 - 30 Apr. 1968 (1968) (1)
Effect of Noise Correlation on the Masked Threshold for Tone (1961) (1)
Detection, Lateralization, and the Phase Angle, α (1970) (1)
Binaural Studies of Amplitude Modulated Signals (1960) (1)
Pitch Discrimination for Short Signals as a Function of Interval (1961) (1)
The case for, and some implications of the place theory of hearing. (1939) (1)
The Masking of Tones by White Noise as a Function of the Interaural Correlation for the Noise (1953) (1)
ROC Curves from an Ear Model (1965) (1)
Effect of Phase on the Quality of a Two‐Component, Unsymmetrical, Complex Tone (1959) (1)
On the slope of psychometric functions (1975) (0)
Comparison of Time Delay and Phase Shift of a Narrow‐Band Noise Signal in Binaural Signal Detection (1964) (0)
Detection Performance and Two Parameters of the Auditory Stimulus (1966) (0)
Estimating average error from the standard and constant errors. (1959) (0)
Masking as a Function of Duration for Various Interaural Phase Combinations (1956) (0)
Effect of Interaural Phase on the Binaural Absolute Threshold for Tone (1959) (0)
Articulation Scores for Two Similar, Reverberant Rooms, One with Polycylindrical Diffusers on Walls and Ceiling (1955) (0)
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 (1965) (0)
Animal Sonar Systems. Biology and Bionics. NATO Advanced Study Institute Symposium, Frascati, Italy, September-October 1966. R. G. Busnel, Ed. Laboratoire de Physiologie Acoustique, Jouy-en-Josas, France, 1967. 2 vols., 1233 pp., illus. Paper, 35 F (1967) (0)
Study Mine-Hunting Techniques (1966) (0)
Intelligibility as a Function of Internal Time Delay (1957) (0)
RELATION OF EARPHONE TRANSIENT RESPONSE TO MEASUREMENT OF ONSET-DURATION. REP 63-7. (1963) (0)
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 (1965) (0)
Conduct studies of auditory information processing emphasizing the application of signal detectability theory to the auditory sensory responses Semiannual report, 1 Jun. - 30 Nov. 1966, Quarterly status report, 1 Sep. - 30 Nov. 1966 (1967) (0)
Detection, Lateralization, and the Phase Angle α: 250 Hz (1971) (0)
Interaural Correlation and Earphones (1960) (0)
Effect of Signal Duration on Detection for an Electrical Model (1966) (0)
An Illusion of Speed (1937) (0)
Detecting a Signal in Noise: Further Considerations (1961) (0)
Electrical Model for Binaural Detection (1967) (0)
Statistics of Interaural Time Differences under Antiphasic Stimulus Conditions (1965) (0)
A 'spot remover' for oscilloscopes. (1960) (0)
Erratum: Interaural Phase and the Absolute Threshold for Tone (1962) (0)
Psychometric Functions for the Antiphasic Binaural Conditions N0Sπ and NπS0 (1966) (0)
Detection of Time Differences and Level Differences from a Position away from the Median Plane (1973) (0)
Effect of Phase Difference between Signal and Masker on Detection of a Narrow‐Band Noise Signal (1964) (0)
Theoretical and Obtained ROC Curves for Antiphasic Stimulation (1964) (0)
Effect of Duration upon Detection with Gated Noise and Signal (1966) (0)
A direct-reading frequency difference meter. (1948) (0)
Detection, Lateralization, and the Phase Angle α: Experiment II (1971) (0)
Effect of Noise in One Ear on the Masked Threshold of the Other (1960) (0)
Agreement in Detection: Observers and Electrical Model (1967) (0)
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 (1966) (0)
Effect of sampling procedure upon the performance of an electrical model of auditory detection. (1974) (0)
Sensory Functions: Animal Sonar Systems . Biology and Bionics. NATO Advanced Study Institute Symposium, Frascati, Italy, September-October 1966. R. G. Busnel, Ed. Laboratoire de Physiologie Acoustique, Jouy-en-Josas, France, 1967. 2 vols., 1233 pp., illus. Paper, 35 F. (1967) (0)
The Masking of Tones by White Noise as a Function of the Interaural Time Displacement of the Noise (1952) (0)
Precision of Centering a Sound as a Function of the Interaural Correlation (1954) (0)
Role of Intensity and Time Differences in Localizing Low‐Frequency Tones (1957) (0)
Lateralization of Tones and Clicks (1964) (0)
A Laboratory Sound-Truck (1937) (0)

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