Defines the spatial data representing a point in a global coordinate system, including longitude, latitude, elevation, and accuracy.Note: This term comprises all parameters required to uniquely locate an object globally.

EXAMPLE 1:A GPS sensor reporting a complete set of coordinates.EXAMPLE 2:An asset tracking system providing full spatial data.

Refers to a spatial representation that extends a global position by including orientation or directional information.Note: Global Location is used when both position and heading are necessary.EXAMPLE 1:A mobile robot reporting its position along with its heading.EXAMPLE 2:A navigation system integrating position data with directional readings.

Represents a defined area wherein positioning data is collected and can be transformed into global coordinates, or vice versa.EXAMPLE 1: A manufacturing floor segmented into zones for localized tracking.EXAMPLE 2:An area designated for converting local sensor data into global coordinates.

Describes the unique identifier that indicates the origin of the positioning data, such as the Zone of an RTLS or self-localizing device that computed the position.Note: The SourceId may represent either a Zone identifier or the unique identifier of a device (e.g. a GPS tracker).EXAMPLE 1:An identifier for a GPS device generating global position data.EXAMPLE 2:A reference to the Zone of an RTLS system providing the location.

A local cartesian coordinate system defined within a limited, specific area, such as a manufacturing floor or a building. Note: Unlike global coordinate systems that use standardized projections (e.g., EPSG codes) to reference positions on Earth, a local system uses a relative, often arbitrarily defined, origin and axes for the specific environment.

EXAMPLE 1:A mobile robot using a local coordinate system within the production area to navigate and perform tasks.