Spatial Interaction Models:Formulations and Applications |
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Page 40
... Central region and the New England , E S Central , and Pacific regions , between New England and E S Central , and between the Pacific and S Atlantic regions are replicated substantially more accurately by Tobler's model . Table 2.9 ...
... Central region and the New England , E S Central , and Pacific regions , between New England and E S Central , and between the Pacific and S Atlantic regions are replicated substantially more accurately by Tobler's model . Table 2.9 ...
Page 57
... Central , 4 - West North - Central , 5 - South Atlantic , 6 - East South - Central , 7 - West South- Central , 8 - Mountain , and 9 - Pacific . Table 3.2 Populations and Distances in Miles between Region Centroids Region Population 1 2 ...
... Central , 4 - West North - Central , 5 - South Atlantic , 6 - East South - Central , 7 - West South- Central , 8 - Mountain , and 9 - Pacific . Table 3.2 Populations and Distances in Miles between Region Centroids Region Population 1 2 ...
Page 86
... ( central ( peripheral ( central & ' > 0 ( peripheral origins ) origins ) origins ) origins ) + + + 0,8 , ' > 0 ( positive bias ) qs , ' < 0 ( negative qs , ' < 0 ___ qs , ' > 0 ( negative ( positive bias ) + bias ) + bias ) + E ( ß ...
... ( central ( peripheral ( central & ' > 0 ( peripheral origins ) origins ) origins ) origins ) + + + 0,8 , ' > 0 ( positive bias ) qs , ' < 0 ( negative qs , ' < 0 ___ qs , ' > 0 ( negative ( positive bias ) + bias ) + bias ) + E ( ß ...
Contents
THE ELEMENTS OF SPATIAL INTERACTION MODELLING | 1 |
SPATIAL INTERACTION AND SPATIAL CHOICE | 67 |
APPLICATIONS TO MIGRATION ANALYSIS | 89 |
Copyright | |
9 other sections not shown
Common terms and phrases
allocation analysis application aspatial choice assumed behaviour c₁ calibration centrality ceteris paribus Chapter choice set cluster of alternatives competing destinations model constraints consumer cost demand described destination choice destination competition discussed distance distance-decay parameter distribution doubly constrained model entropy equation evaluated example exponential function Extreme Value distribution facility location Figure flows Fotheringham grocery shopping hierarchical income increases individuals inflow information-processing strategy levels location-allocation logit formulation logit model maximisation measure microstates migration minimax multipurpose nearest nodes non-grocery number of alternatives O'Kelly objective function obtained optimising origin-specific outflow outlet P₁ parameter estimates patterns perceived attractiveness Poisson regression population predicted probability problem production-constrained model regions regression relationship represents retail selected shopping center SIMODEL spatial choice spatial interaction models spatial separation stop store choice supermarkets T₁ Table Tobler trip distribution V₁ values variables Winn Dixie zero zone