Abstract
Recent ideas emerging from the Brussels school of non-equilibrium systems analysts are adapted to formulate some simple evolutionary models of a self-organizing industrial system. Certain forms of technological change are represented as structural fluctuations (innovative variations), which can result in quite different development paths for each industry. The chosen approach postulates a random element in the timing and location of industrial innovations, whereas the growth or survival of particular firms is still governed by economic and demographic constraints in the urban or regional marketplace. More complex models of industrial change, which allow for joint consideration of the demographic and industrial dimensions of social development over space and time, are also contemplated.
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