2011
DOI: 10.1016/j.cageo.2010.03.019
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INTAMAP: The design and implementation of an interoperable automated interpolation web service

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Cited by 63 publications
(49 citation statements)
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“…However, we imagine that future developments will integrate processing capabilities for actual data values. For example users could task web processing services (Foerster, Schaeffer, Baranski, & Brauner, 2011), to deduce, or more specifically interpolate, data with a higher spatio-temporal coverage for the user's context such as developed in the INTAMAP project (Pebesma, Cornford, Dubois, et al, 2010).…”
Section: Discussionmentioning
confidence: 99%
“…However, we imagine that future developments will integrate processing capabilities for actual data values. For example users could task web processing services (Foerster, Schaeffer, Baranski, & Brauner, 2011), to deduce, or more specifically interpolate, data with a higher spatio-temporal coverage for the user's context such as developed in the INTAMAP project (Pebesma, Cornford, Dubois, et al, 2010).…”
Section: Discussionmentioning
confidence: 99%
“…Она уже была в той или иной степени реализована для предметных областей климатологии [6], гидрологии [7], и т.д., то есть для случаев, когда технологии ГИС являются частью научных исследований. Появление практических реализаций стандартов OGC (Open Geospatial Consortium) для веб-картографии, обработки и анализа пространственных данных [8], а также развитие клиентских библиотек (например LeafLet, http://leafletjs.com/), привело к дальнейшему росту популярности таких систем. Тем не менее, многие серьезные задачи в области геоинформатики, такие как обработка и анализ наборов многомерных данных, представляющих собой временные ряды геофизических параметров, таких как температура, количество осадков, и т.д., до сих пор не реализованы в качестве стандартов OGC и веб-технологий, [9].…”
Section: институт мониторинга климатических и экологических систем соunclassified
“…Even though the function θ can be evaluated at any location throughout the region, here it is displayed as an image that depicts the values of θ at the center of each pixel in a regular grid comprising 40 × 30 pixels. These are the four models used for θ : Q: Locally quadratic regression model with nearestneighbor component of the smoothing parameter chosen by cross-validation, as implemented in R package locfit (Loader 1999(Loader , 2013; K: Ordinary kriging model with Matérn's covariance function and estimation of spatial anisotropy as implemented in R package intamap (Stein 1999;Pebesma et al 2010); G: Generalized additive model with thin-plate regression splines and smoothing parameter chosen by generalized cross-validation, as implemented in R package mgcv (Wood 2003(Wood , 2006; L: Multiresolution Gaussian process model as implemented in R package LatticeKrig, with default settings for all the user adjustable parameters (Nychka et al 2013(Nychka et al , 2014.…”
Section: Uranium In Coloradomentioning
confidence: 99%
“…The interpolants were (1) a robust, locally quadratic regression (Loader 1999) implemented in R package locfit (Loader 2013), and (2) a kriging interpolant (Diggle and Ribeiro 2010) implemented in R package intamap (Pebesma et al 2010).…”
Section: Radioactivity In Fukushimamentioning
confidence: 99%