E-raamat: Complex Systems

ContentsHarnessing the power of self-organisation; Discoveries on
demand; Phenomena of functional differentiation and fractal functionality;
Towards the autonomy of urban management: simple system as a solution for
complex urban environment; On a maturity model for complexity, complex
systems, and complex systems engineering; Emerging patterns in crowd streams
and the aid of ABM for egress management; The impact and mitigation of
complexity during product design; Unlocking complexity: big science project
and research agenda; Approach to evaluate complexity in new product
development projects; Technology platforms as a tool for solving complex
innovation problems; The network organizational chart as a tool for managing
organizational complexity; The closed-loop economy; Economic and
technological priorities of competitive development of Russian systems of
energy cogeneration sources; Exchange models for the emergence of income
distribution and economic inequality; Reaching an alignment of programmes of
social and economic development of a region and its fuel and energy balance
plan; Agent-based modelling of offshore upstream petroleum logistics;
Self-organization and emergence in global health. Insights from practice,
blind spots and possible contributions from complexity science; Excess of
social activity reduces the responsiveness of swarms; Health research,
teaching and provision of care: applying a new approach based on complex
systems and a knowledge translation complexity network model; The mature
stomatognathic system is a complex adaptive system; Complex systems in human
development: sexual dimorphism in teeth and fingerprints of Australian twins;
A complex adaptive system in which environmental stress affects gene
expression during development; Agents within a developmental complex adaptive
system: intrauterine male hormones influence human tooth size and shape;
Agents within a developmental complex adaptive system: intrauterine male
hormones and dental arch size in humans; Transient induced global response
synchronization; Mechanical characterization of bone allografts, enriched
with mesenchymal cells