Spatial Interaction Modelling and Residential Choice Analysis

actual moving behaviour aggregate alternatives applied approach aspects Chapter choice probabilities Clark classes of d.q.e. constraints criteria d.q.e. scores Daganzo decision defined demand developments disaggregate models dwelling preferences dwelling quality evaluation dwelling types dynamic Econometrics Economic empirical error terms estimation exogenous variables explanatory variables forecasting groups Housing and Physical housing choice housing market income individual households Lierop likelihood-ratio test logit model maximum log-likelihood value McFadden method MNL model MNP-HW model mobility and housing model number move in period multicollinearity multinomial logit multinomial probit neighbourhood Netherlands Nijkamp objective d.q.e. score overview panel data period t+1 population possible predicted present price/quality ratio privately-owned dwellings probabilities of moving probit model problems random utility Randstad realized choices relevant residential mobility revealed preference sample spatial choice spatial interaction analysis spatial interaction modelling subsection Table tion type of dwelling Urban variance-covariance matrix willingness to move