Andere Kunden interessierten sich auch für
![Continuously Changing Data in Spatiotemporal Databases]( "Continuously Changing Data in Spatiotemporal Databases")
Continuously Changing Data in Spatiotemporal Databases32,99 €![Hybrid Recommender System For Spatiotemporal Data]( "Hybrid Recommender System For Spatiotemporal Data")
Hybrid Recommender System For Spatiotemporal Data26,99 €![SPATIOTEMPORAL ANALYSIS OF DEFORMABLE CONTOURS]( "SPATIOTEMPORAL ANALYSIS OF DEFORMABLE CONTOURS")
SPATIOTEMPORAL ANALYSIS OF DEFORMABLE CONTOURS38,99 €![School Bus Routing and Scheduling using GIS]( "School Bus Routing and Scheduling using GIS")
School Bus Routing and Scheduling using GIS32,99 €![Cost-sensitive, Scalable and Adaptive Learning Using Ensemble Methods]( "Cost-sensitive, Scalable and Adaptive Learning Using Ensemble Methods")
Cost-sensitive, Scalable and Adaptive Learning Using Ensemble Methods44,99 €![Enhancing Kernel Methods for Pattern Classification]( "Enhancing Kernel Methods for Pattern Classification")
Enhancing Kernel Methods for Pattern Classification38,99 €![New Methods for Mining Sequential and Time Series Data]( "New Methods for Mining Sequential and Time Series Data")
New Methods for Mining Sequential and Time Series Data51,99 €
Exploring large data sets with the aim of extracting
useful information
for decision making can be challenging. If the data
were collected at
different locations and times, one important question
is how to obtain
reliable estimates for missing data in space or time.
For example,
measurements such as ozone concentrations are usually
collected only
by a limited number of monitoring stations and at
different time
instances. In order to estimate the values at
unmeasured locations or
time instances, interpolation in continuous space and
time is needed.
New and old interpolation methods for exploring
spatiotemporal data
are discussed in this book. The selected methods are
useful for
Geographic Information Systems (GIS). This book also
includes
comparisons of selected methods for several GIS case
studies, as well
as some visualization and query examples.
useful information
for decision making can be challenging. If the data
were collected at
different locations and times, one important question
is how to obtain
reliable estimates for missing data in space or time.
For example,
measurements such as ozone concentrations are usually
collected only
by a limited number of monitoring stations and at
different time
instances. In order to estimate the values at
unmeasured locations or
time instances, interpolation in continuous space and
time is needed.
New and old interpolation methods for exploring
spatiotemporal data
are discussed in this book. The selected methods are
useful for
Geographic Information Systems (GIS). This book also
includes
comparisons of selected methods for several GIS case
studies, as well
as some visualization and query examples.