Santa Fe Institute / California Institute of Technology / University of California / /
IndustryTerm
large systems / system computing yield / multi-layer protocols / power law statistics / designed and random systems / large scale interconnected systems / equilibrium systems / computer network / explicit numerical solution / incremental algorithm / particular site / structured protocols / domain applications / erent model systems / software problems / software reliability / real complex systems / homogeneous network / interconnected systems / Internet protocol suite / model systems / self-organizing network / biological systems / Internet Protocol / evolutionary algorithm / power law / iterative solution / power law power spectra / Internet statistics / power systems / cultural systems / power law distributions / state power law distributions / network software / idealized designed systems / random systems / /
Organization
California Institute of Technology / Designed Systems J. M. Carlson Department of Physics / University of California / Santa Barbara / Santa Fe Institute / /
Position
physicist / forester / /
ProvinceOrState
HOT / SOC / California / SOC and HOT states / /
Technology
engineering technologies / IP / local / incremental algorithm / multi-layer protocols / genotype / TCP/IP / /
Highly Optimized Tolerance: A Mechanism for Power Laws in Designed Systems J. M. Carlson Department of Physics, University of California, Santa Barbara, CAJohn Doyle