ISO/TS 19130-3 defines the XML Schema implementation of imagery sensor geopositioning models defined in ISO 19130‑1 and ISO/TS 19130‑2.
ISO/TS 19130-3 applies XML Schema inheritance and extension based on the OGC SensorML and OGC SWE Common Data Model.
Instead of introducing an XML Schema based on the UML models defined in ISO 19130‑1 and ISO/TS 19130‑2, it leverages the existing OGC SensorML by first introducing a semantic mapping from the model elements defined in ISO 19130‑1 and ISO/TS 19130‑2 to OGC SensorML, and then defining the detailed schema inheritance and extensions based on OGC SensorML to fully support encoding of the imagery sensor models for geopositioning defined in ISO 19130‑1 and ISO/TS 19130‑2.
ISO/TS 19130-3 on XML Schema implementation of imagery sensor geopositioning is useful for:
A separate software package must often be developed to deal with data from individual sensors or data producers. Standard sensor models and geolocation metadata allow agencies or vendors to develop generalized software products that are applicable to data from multiple data producers or multiple sensors
ISO/TS 19130-3 provides you guidance on the requirements for XML Schema to be implemented for imagery sensor geopositioning models, enabling data exchange and integration.
ISO/TS 19130-3 provides you guidance on encoding descriptions, including mapping rules, smi namespace, and encoding mappings of UML classes, ensuring accuracy and interoperability of data in data systems.
Adoption of ISO/TS 19130-3 aids software industries and designers when leveraging models and XML Schema encodings in OGC SensorML to encode sensor model classes by providing rules for mapping. UML classes and properties mapping results are diagrammatically represented.
ISO/TS 19130-3