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Preamble
Introduction to Part 1: Spatial statistics
Spatial autocorrelation and the p-Median problem
Space-time autocorrelation
The relative importance of spatial and temporal autocorrelation
The spatial weights matrix and ESF
Clustering: Spatial autocorrelation and location quotients
Spatial autocorrelation parameter estimation for massively large georeferenced datasets
Space-time data and semi-saturated fixed effects
Spatial autocorrelation and spatial interaction gravity models
General conclusions about spatial statistics
Introduction to Part 2: Spatial econometrics
Tinbergen-Bos systems: Combining combinatorial analysis with metric topology
Time, space, or econotimespace?- Hybrid dynamical systems and control
The W matrix revisited
Clustering, some non-standard approaches
Linear expenditure systems and related estimation problems
Structural indicators galore
Traveling with the salesman
Complexer and complexer, said Alice
General conclusions about spatial econometrics
Epilogue
References
Subject index
Author's index.

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