POLS is specially suited for accuracy assessments of thematic maps that use polygons as sampling units, but it can also be applied to any probability-based survey that relies on GIS polygons.
Therefore, the Newton polygon approach cannot be applied to the transmission problem (1.1).
A segmentation algorithm [34] that groups neighboring pixels into polygons, with 1 ha minimum mapping unit, was applied to the output to remove scattered pixels and define polygons that more realistically correspond to landscape features.
A segmentation algorithm [ 34] that groups neighboring pixels into polygons, with 1 ha minimum mapping unit, was applied to the output to remove scattered pixels and define polygons that more realistically correspond to landscape features.
The Spatial Temporal Analysis of Moving Polygons (STAMP) method is applied to a multi-decadal dataset of aerial photography and LiDAR to extract patterns of two-dimensional movement and morphometric changes in erosional deflation basins and depositional lobes.
The approach is applied to a property of conics, that are inscribed in polygons or, which is the same, to a property of polygons, that are circumscribed round conics.
In particular, W3C PROV is applied to feature models, where geospatial phenomena are represented as individual features described with spatial (point, lines, polygons, etc).
Despite the model has been applied to a 4-cell scenario (see Section 4.3), this methodology can be generalized to any symmetrical layout in which fixed BSs are located at the vertices of any regular polygon.
CCB was applied on already structurally mapped polygons on both R1 and R2 horizons with intentions of identifying subtle hydrocarbon-related anomalies and delineating contacts (GWC, GOC and OWC).
The proposed technique is applied in process modeling of polygon shaped panels made of draw-quality and bake-hardenable steels.
