Saitama / Sapporo / San Francisco / Tucson / Hiroshima / Pasadena / Oxford / Tokyo / Washington / DC / Lisbon / London / /
Company
World Scientific / Chiyoda / HighWire Press / /
Country
Japan / Portugal / United Kingdom / Singapore / / /
Facility
Research Institute / Hiroshima University / Hokkaido University / Space Science Institute / Heathrow Terminal / University of Oxford / Plant Sciences / University of Tokyo / University of Electro-Communications / /
IndustryTerm
ransport networks / real-world infrastructure networks / rail network / fermionic systems / local internal energy / network solutions / free energy / financial systems / real rail network / online version / entropy-energy relations / neural networks / chemical potential / discovered food sources / Online Material / anthropogenic infrastructure systems / food sources / reference networks / reasonable solutions / wireless mesh networks / energy / airline baggage-handling systems / outer-satellite impacts / shortest possible network / trapped gas / Biological networks / distributed food sources / food source / ant colony optimization algorithms / internal energy / genetic algorithms / search routines / social and biological systems / mobile ad hoc networks / final network solution / actual rail network / rum networks / tubular network / real rail networks / connected network / starting point to improve routing protocols / model network / meshed network / /
OperatingSystem
Fermi / /
Organization
Independent Investigation Board / Stationery Office / University of Tokyo / House of Commons Transport Committee / Japan Science and Technology Agency / Univ. of Arizona Press / Department of Physics / University of Oxford / Research Institute for Electronic Science / American Association for the Advancement of Science / Hiroshima University / National Aeronautics and Space Administration / University of Electro-Communications / Hokkaido University / Exploratory Research for Advanced Technology / Space Science Institute / European Union / office of Rail Regulation / 3Graduate School of Engineering / German Aerospace Center / Astronomical Society of the Pacific / /
Person
B. J. Buratti / Atsushi Tero / Physarum / Steve Ostro / /
Position
biologically inspired model for adaptive network development / /
Product
Koss P 4 Headphone/Headset / /
ProgrammingLanguage
DC / /
ProvinceOrState
Arizona / /
PublishedMedium
Physica A / Soft Matter / /
Technology
ant colony optimization algorithms / html / alternative protocol / thermodynamics / simulation / /
Rules for Biologically Inspired Adaptive Network Design Atsushi Tero, et al. Science 327, [removed]); DOI: [removed]science[removed]This copy is for your personal, non-commercial use only.