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Random walk / Science / Stochastic processes / Symbol / Anomalous diffusion


Modelling the scaling properties of human mobility
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Document Date: 2010-09-13 12:33:55


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File Size: 620,79 KB

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City

Santos / Boston / /

Company

Eubank / Macmillan Publishers Limited. / Studying Complex Systems / US Army Research Laboratory / Price D. d. / /

Country

United States / Netherlands / /

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Facility

Women’s Hospital / US Army Research Laboratory / Northeastern University / Dana Farber Cancer Institute / /

IndustryTerm

few disordered systems / power-law decay / intermittent search processes / realistic urban social networks / power-law distributions / ONLINE PUBLICATION / power law / human travel / random networks / techno-social systems / /

NaturalFeature

Sinai / /

Organization

Harvard Medical School / National Science Foundation / Defense Threat Reduction Agency / United States Army / Department of Physics / Biology and Computer Science / Northeastern University / Boston / Cambridge Univ. / Women’s Hospital / Network Science Collaborative Technology Alliance / James S. McDonnell Foundation / Department of Medicine / Brigham and Women / Center for Cancer Systems Biology / Dana Farber Cancer Institute / Center for Complex Network Research / /

Person

J. C. Willis / Zipf / Mantegna / /

Position

R. N. / Author / statistically acceptable microscopic model for individual human motion / model for inter-city telecommunication flows / subdiffusive random walker / statistically self-consistent microscopic model for individual human mobility / /

ProvinceOrState

Massachusetts / /

PublishedMedium

NATURE PHYSICS / /

Technology

cellular telephone / Information Technology / /

URL

www.nature.com/naturephysics / http /

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