Other

Global Grid Systems Inc.

The Pyxis Innovation Inc.

Perry R Peterson

Idan Shatz

Wade Hardman

Nader Hamekasi

Ryan A Taylor

Logan M Rakai

Various embodiments are described herein for systems and methods for allowing user at a client terminal to interacts with a graphical user interface having a DGGS globe to perform spatial analysis on DGGS spatial data based on a spatial query on unified spatial data that may be obtained from distributed geospatial data sources having different data formats. The spatial analysis results can include a resulting collection of cells that can be displayed on the DGGS globe and/or aggregated spatial statistics that can be displayed in a DGGS legend at the graphical user interface. In one aspect, the spatial analysis can be iteratively performed to obtain a refined resulting collection of cells and aggregated spatial statistics. In another aspect, the resulting cells and/or aggregated spatial statistics can be added to a geospatial data source that can be accessed by another client terminal that is performing other geospatial analysis.

Methods and systems for selecting and analyzing geospatial data on a discrete global grid system

A method, apparatus, system and data structure is disclosed for mapping of spatial data to linear indexing for efficient computational storage, retrieval, integration, transmission, visual display, analysis, fusion, and modeling. These inventions are based on space being decomposed into uniform discrete closely packed (hexagonal) cell areas (). Each resolution of close-packed cells can be further divided into incongruent but denser clusters of close-packed cells. The spatial indexing () is applied in such a manner as to build a relationship with the spatially close cells of any resolution.

Close-packed, uniformly adjacent multiresolutional, overlapping spatial data ordering

A method, apparatus, system and data structure is disclosed for mapping of spatial data to linear indexing for efficient computational storage, retrieval, integration, transmission, visual display, analysis, fusion, and modeling. These inventions are based on plane space being decomposed into uniform discrete closely packed (hexagonal) cell areas (). Each resolution of closely packed cells can be further divided into incongruent but denser clusters of closely packed cells. The spatial indexing () is applied in such a manner as to build a relationship with the spatially close cells of any resolution.

Close-packed uniformly adjacent, multiresolutional overlapping spatial data ordering

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Kingston, Canada

Perry R Peterson