AbstractThe trip distribution is the most important yet the most misunderstood model in the Urban Transportation Planning Process (UTPP). One overlooked aspect is the different sensitivities in choosing the destinations based on the trip purposes. This paper proposes a framework to calibrate a doubly-constrained gravity model for the trip distribution of the city of Alexandria based on a Household Travel Survey carried out in 2002. The trip ends are estimated from the available census data. Important parameters for the trip attraction models were estimated and validated in the course of this research. Since a small sample is used, a simple, effective weighing technique is applied to mitigate the sample bias. The purpose-based dispersion par...
The estimation of commuting flows at different spatial scales is a fundamental problem for different...
Modeling the destination choice is a difficult task and very often it represents the weakest step in...
Transportation demand models estimate travel demands due to daily activities of persons. The gravity...
The trip distribution is the most important yet the most misunderstood model in the Urban Transporta...
AbstractThe trip distribution is the most important yet the most misunderstood model in the Urban Tr...
Conventional calibration algorithms of trip distribution models assume that the analyst has a whole ...
The efficiencies of urban transport systems in several cities are drastically affected due to diffic...
Trip distribution laws are basic for the travel demand characterization needed in transport and urba...
Generalised linear models (GLMs) provide a flexible and sound basis for calibrating gravity models f...
The gravity model is a method that is used by transportation researchers, airline network planners a...
Abstract Many problems in transport planning and management tasks require an origin-destination (O-D...
Urban cities are growing every day due to rising population, vehicular traffic, immigrants looking f...
<p>Probability Density Functions (PDF) of human movements and corresponding fits with the rank-dista...
Various alternative approaches are available in the literature for modelling trip distribution. The ...
Many problems in transport planning and management tasks require an origin-destination (O-D) matrix ...
The estimation of commuting flows at different spatial scales is a fundamental problem for different...
Modeling the destination choice is a difficult task and very often it represents the weakest step in...
Transportation demand models estimate travel demands due to daily activities of persons. The gravity...
The trip distribution is the most important yet the most misunderstood model in the Urban Transporta...
AbstractThe trip distribution is the most important yet the most misunderstood model in the Urban Tr...
Conventional calibration algorithms of trip distribution models assume that the analyst has a whole ...
The efficiencies of urban transport systems in several cities are drastically affected due to diffic...
Trip distribution laws are basic for the travel demand characterization needed in transport and urba...
Generalised linear models (GLMs) provide a flexible and sound basis for calibrating gravity models f...
The gravity model is a method that is used by transportation researchers, airline network planners a...
Abstract Many problems in transport planning and management tasks require an origin-destination (O-D...
Urban cities are growing every day due to rising population, vehicular traffic, immigrants looking f...
<p>Probability Density Functions (PDF) of human movements and corresponding fits with the rank-dista...
Various alternative approaches are available in the literature for modelling trip distribution. The ...
Many problems in transport planning and management tasks require an origin-destination (O-D) matrix ...
The estimation of commuting flows at different spatial scales is a fundamental problem for different...
Modeling the destination choice is a difficult task and very often it represents the weakest step in...
Transportation demand models estimate travel demands due to daily activities of persons. The gravity...