Sheffield / Brighton / Cant / New York / Stocker / Mainville / L. A. / Scheibel / /
Company
Rockefeller University Press / H. & Solla S. A. / AISB Press / Oxford University Press / Salibi N. A. / Proc / Cci / J. Comp / UCLA Laboratory / /
Country
United States / United Kingdom / / /
Event
Product Issues / Product Recall / /
Facility
University of Sheffield / UCLA Laboratory Of Neural Imaging / /
Holiday
natal day / /
IndustryTerm
plausible neural network / equivalent random networks / power-law distribution / sensory systems / whisker systems / action selection device / poker-chip / coherent rapid-processing capabilities / neural networks / real-world networks / power-law fits / smallworld network / neural systems / neuronal networks / characteristic power-law tail / neural network / sensory information processing / large network / type networks / real networks / power-law fit / scale-free network / power law / random network / Scale-free networks / real-world systems / food webs / internal processing / random networks / /
MarketIndex
SET 50 / /
Organization
UCLA / Department of Psychology / University of Sheffield / RF / Rockefeller University / Oxford University / Royal Society / American Physiological Society / /
Person
J. Prescott Adaptive Behaviour / Warren McCulloch / Every / Ong-Meang Jacques / V / /
Proc. R. Soc. B[removed], 503–511 doi:[removed]rspb[removed]Published online 17 November 2005 The brainstem reticular formation is a small-world, not scale-free, network