Recent reviews in sociology, public health, and urban planning suggest small-scale geographic variations in urban environments are associated with an individual’s health, behavior, and well-being. However, estimation of these ‘neighborhood effects’ are complicated. One complicating factor...

Literature suggests that present urban design plans and methods are inadequate to deal with the scale and complexity of contemporary urban form and multidisciplinary collaborative practice. Although recent developments in urban modeling technologies have brought about a wide range of different...

RELU-TRAN (Regional Economy Land Use and Transportation) is a spatial computable general equilibrium (CGE) model treating endogenous road congestion, housing and labor markets, and real-estate development consistent with microeconomic theory. The model has been calibrated and used for the...

In this study we show how the coexistence of different decision rules can be accommodated in discrete choice models. Specifically, in this paper we present a generic hybrid model specification that allows for some attributes being processed using conventional linear-additive...

Random utility modelling has been established as one of the main paradigms for the implementation of land-use spatial interaction (LUSI) models. We present a detailed formal description of a LUSI model that adheres to the random utility paradigm through the explicit distinction between utility...

Existing online virtual worlds, or electronic environments, are of great significance to social science research, but are somewhat lacking in rigour. One reason is that users might not participate in those virtual worlds in the way they act in real daily life, communicating with each other in...

In this study we seek to determine the relationship between fractal dimension, the presence of vegetation, and pedestrian perception of streetscape in Taipei, Taiwan. We provide a fractal analysis of street vistas present in Taipei, calculate the amount of vegetation visible in the streets, and...

In this paper we present a cellular automata (CA) model based on nonlinear kernel principal component analysis (KPCA) to simulate the spatiotemporal process of urban growth. As a generalisation of the linear principal component analysis (PCA) method, the KPCA method was developed to extract the...

Decision makers are facing unprecedented challenges in addressing the likely impacts of climate change on land use. Changes to climate can affect the long-term viability of certain industries in a particular geographical location. Government policies in relation to provision of infrastructure,...

In this paper we explore the theoretical basis for a concept of ‘computation-friendly’ shape grammars, through a formal examination of tractability of the grammar formalism. Although a variety of shape grammar definitions have evolved over time, it is possible to unify these to be backwards...