Abstract: A computer-based system (210) for delineating agricultural fields based on satellite images includes a first subsystem (201) configured to receive at least one multitemporal, multispectral satellite image sequence (101) and pre-processing the images in the at least one multitemporal, multispectral satellite image sequence to generate a pre-processed image sequence (303) of multitemporal multispectral images covering a specific geographical region; a second subsystem (202) configured to perform a super-resolution method on the images in the pre-processed image sequence to generate a high-resolution image sequence (403) of multitemporal multispectral images where corresponding pixel positions in images in the sequence relate to the same geographical ground position; and a third subsystem (203) including a delineating artificial neural network (501) trained to classify pixel positions in the high-resolution image sequence (403) as being associated with a geographical ground position that is part of an agricultur

Abstract: Regional shapes are generated that respectively enclose geographic regions determined within a map area on the display screen. A pattern of vertices is generated within the map area as a set of intersections of map features. Regional shapes are formed by connecting subsets of vertices to form closed shapes. Data sets corresponding to the regional shapes are transmitted to a processor based device that is programmed to render the map area on a display screen with photo overlays that match the regional shapes.

Abstract: Regional shapes are generated that respectively enclose geographic regions determined within a map area on the display screen. A pattern of vertices is generated within the map area as a set of intersections of map features. Regional shapes are formed by connecting subsets of vertices to form closed shapes. Data sets corresponding to the regional shapes are transmitted to a processor based device that is programmed to render the map area on a display screen with photo overlays that match the regional shapes.

Abstract: Regional shapes are generated that respectively enclose geographic regions determined within a map area on the display screen. A pattern of vertices is generated within the map area as a set of intersections of map features. Regional shapes are formed by connecting subsets of vertices to form closed shapes. Data sets corresponding to the regional shapes are transmitted to a processor based device that is programmed to render the map area on a display screen with photo overlays that match the regional shapes.

Abstract: Regional shapes are generated that respectively enclose geographic regions determined within a map area on the display screen. A pattern of vertices is generated within the map area as a set of intersections of map features. Regional shapes are formed by connecting subsets of vertices to form closed shapes. Data sets corresponding to the regional shapes are transmitted to a processor based device that is programmed to render the map area on a display screen with photo overlays that match the regional shapes.