%0 Journal Article 
%A Barreira González, Pablo
%A Aguilera Benavente, Francisco Israel
%A Gómez Delgado, Montserrat
%T Implementation and calibration of a new irregular cellular automata-based model for local urban growth simulation: The MUGICA model
%D 2019
%@ 2399-8083
%U http://hdl.handle.net/10017/36866
%X Cellular automata (CA) based models have traditionally employed regular grids to represent the geographical environment when simulating urban growth or land use change. Over the last two decades, the scientific community has introduced the use of other spatial
structures in an attempt to represent the processes simulated by these models more
realistically. Cadastre parcels are a good choice when simulating urban growth at local
scales, where pixels or regular cells do not represent the geographic space properly.
Furthermore, the implementation and calibration of key factors such as accessibility and
suitability has not been sufficiently explored in models employing irregular structures.
This paper presents a fully calibrated model to simulate urban growth: MUGICA (Model
for Urban Growth simulation using Irregular Cellular Automata). The model uses the
irregular structure of the cadastre and its smallest unit: the cadastral parcel. The factors
included are based on the traditional NASZ (Neighbourhood, Accessibility, Suitability and
Zoning Status) modelling schema, frequently employed in other models. Each factor was
implemented and calibrated for the irregular structure employed by the model, and a new
approach was explored to introduce a random component that would reproduce illegal
growth. Several versions of MUGICA were produced to calibrate the model within the
period 2000-2010. The results obtained from the simulations were compared against
observed growth for 2010, adapting the traditional confusion matrix to irregular space. A
new metric is proposed, called growth simulation accuracy (GSA), which measures how
well the model locates urban growth.
%K Irregular
%K Cellular automata
%K Model calibration
%K Urban simulation
%K Urban growth
%K Geografía
%K Geography
%~ Biblioteca Universidad de Alcala