An unconditional competing risk hazard model of consumer store-choice dynamics

P.T.L. Leszczyc, Popkowski; H.J.P. Timmermans

doi:10.1068/a280357

An unconditional competing risk hazard model of consumer store-choice dynamics

P.T.L. Leszczyc, Popkowski, H.J.P. Timmermans

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Abstract

In this paper an unconditional competing risk hazard model of consumer store-choice dynamics is developed and tested as an alternative to the negative binomial and Dirichiet models of store choice introduced in the urban planning literature by Wrigley and Dunn. The hazard model is less restrictive in terms of its assumptions regarding duration effects. It is also more flexible in that various distributions can be incorporated into the model, leading to different store choice dynamics. An empirical example, based on Nielsen scanner panel data for Springfield, MO, is provided to illustrate the modelling approach. Results indicate that the model represents the observed store-choice dynamics satisfactorily.

Original language	English
Pages (from-to)	357-368
Number of pages	12
Journal	Environment and Planning A
Volume	28
Issue number	2
DOIs	https://doi.org/10.1068/a280357
Publication status	Published - 1996

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title = "An unconditional competing risk hazard model of consumer store-choice dynamics",

abstract = "In this paper an unconditional competing risk hazard model of consumer store-choice dynamics is developed and tested as an alternative to the negative binomial and Dirichiet models of store choice introduced in the urban planning literature by Wrigley and Dunn. The hazard model is less restrictive in terms of its assumptions regarding duration effects. It is also more flexible in that various distributions can be incorporated into the model, leading to different store choice dynamics. An empirical example, based on Nielsen scanner panel data for Springfield, MO, is provided to illustrate the modelling approach. Results indicate that the model represents the observed store-choice dynamics satisfactorily.",

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AB - In this paper an unconditional competing risk hazard model of consumer store-choice dynamics is developed and tested as an alternative to the negative binomial and Dirichiet models of store choice introduced in the urban planning literature by Wrigley and Dunn. The hazard model is less restrictive in terms of its assumptions regarding duration effects. It is also more flexible in that various distributions can be incorporated into the model, leading to different store choice dynamics. An empirical example, based on Nielsen scanner panel data for Springfield, MO, is provided to illustrate the modelling approach. Results indicate that the model represents the observed store-choice dynamics satisfactorily.

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An unconditional competing risk hazard model of consumer store-choice dynamics

Abstract

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