A wave-spectrum analysis of urban population density: Entropy, fractal, and spatial localization.
Chen, Yanguang (2008)
Discrete Dynamics in Nature and Society
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Displaying similar documents to “Exploring the fractal parameters of urban growth and form with wave-spectrum analysis.”
A wave-spectrum analysis of urban population density: Entropy, fractal, and spatial localization.
Characterizing growth and form of fractal cities with allometric scaling exponents.
Chen, Yanguang (2010)
Discrete Dynamics in Nature and Society
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Self-organized criticality and urban development.
Batty, Michael, Xie, Yichun (1999)
Discrete Dynamics in Nature and Society
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Fractal pharmacokinetics.
Pereira, Luis M. (2010)
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Salazar, Carlos, Torres, Joel, Nieto-Villar, José M. (2003)
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Mathematical modelling of information age conflict.
Moffat, James (2006)
Journal of Applied Mathematics and Decision Sciences
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A class of negatively fractal dimensional Gaussian random functions.
Li, Ming (2011)
Mathematical Problems in Engineering
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The staircase structure of the southern Brazilian continental shelf.
Baptista, M.S., Conti, L.A. (2009)
Mathematical Problems in Engineering
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Analytical derivation of time spectral rigidity for thermodynamic traffic gas
Milan Krbálek (2010)
Kybernetika
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We introduce an one-dimensional thermodynamical particle model which is efficient in predictions about a microscopical structure of animal/human groups. For such a model we present analytical calculations leading to formulae for time clearance distribution as well as for time spectral rigidity. Furthermore, the results obtained are reformulated in terms of vehicular traffic theory and consecutively compared to experimental traffic data.
From fast to slow processes in the evolution of urban and regional settlement structures.
Weidlich, Wolfgang (1999)
Discrete Dynamics in Nature and Society
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