Viemeister / Hawthorne / Boston / Leipzig / New York / Ithaca / Philadelphia / Firenze / Vancouver / Cambridge / Snowbird / San Diego / /
Company
IBM / Hill-Fay Associates / Eaton-Peabody Laboratory / Cornell Laboratory / Elsevier Inc. / R. Calderbank / U. Penn Press / John Wiley & Sons. / /
Country
United States / Canada / Portugal / / /
Facility
Cornell Laboratory of Ornithology / IBM Thomas J. Watson Research Center / Ear Infirmary / Massachusetts Institute of Technology / /
IndustryTerm
Power-law stimulus distributions / sensory systems / information processing / psychophysical law / bounded power-law distribution / lognormal and power-law distributions / feedback processing / bounded power-law distributions / food sources / neuronal networks / optimized electronic information systems / energy / bounded power-law densities / free-energy principle / Internet Mathematics / law states / electronics / power-law functions / power law / logarithmic scaling accounting / media applications / web version / /
Organization
National Science Foundation / Cornell / Research Laboratory of Electronics / Acoustical Society of America / Massachusetts Institute of Technology / American Mathematical Society / /
Person
Bo Wen / John Z. Sun / G. D. Forney / Jr. / Grace I. Wang / Katherine Heller / Thomas J. Watson / Barbara Shinn-Cunningham / Dmitri B. Chklovskii / Vivek K Goyal / Jeff Beck / Ruyter van Steveninck / Field / /
Position
D. J. / quantization model for perception / speaker / General / Dean / Corresponding author / first quantization model for perception / associate editor / representative / /
Product
Skullcandy G.I. Headphone/Headset / /
ProgrammingLanguage
K / E / /
ProvinceOrState
New York / N. F. / Massachusetts / /
PublishedMedium
Current Opinion / Nature Reviews Neuroscience / Psychological Review / The Journal of Neuroscience / Physica D / IEEE Transactions on Information Theory / Nature Neuroscience / /
A framework for Bayesian optimality of psychophysical laws