S-100
E87411
S-100 is a modern, universal hydrographic data model and framework used as the basis for next-generation electronic navigational charts and related marine geospatial products.
Statements (50)
| Predicate | Object |
|---|---|
| instanceOf |
IHO standard
→
geospatial data framework → hydrographic data model → |
| alsoKnownAs |
IHO S-100
→
|
| basedOn |
ISO 19100 series
→
|
| compatibleWith |
IMO e-Navigation strategy
→
e-Navigation concepts → |
| defines |
framework for S-1xx product specifications
→
|
| developedBy |
International Hydrographic Organization
→
|
| enables |
interoperable marine information layers
→
multi-source marine data integration → next-generation electronic navigational charts → |
| governs |
encoding of hydrographic datasets
→
portrayal of hydrographic information → structure of hydrographic feature catalogues → |
| hasComponent |
coordinate reference system model
→
data quality model → exchange set model → feature catalogue model → metadata model → portrayal model → registry system → |
| intendedFor |
hydrographic offices
→
marine spatial data infrastructures → maritime navigation systems → port and coastal authorities → |
| publishedBy |
IHO Hydrographic Services and Standards Committee
→
|
| replaces |
S-57 as the basis for future ENC standards
→
|
| supports |
GML encoding
→
HDF5 encoding → S-101 Electronic Navigational Chart product specification → S-102 Bathymetric Surface product specification → S-104 Water Level Information for Surface Navigation product specification → S-111 Surface Currents product specification → S-124 Navigational Warnings product specification → S-129 Under Keel Clearance Management product specification → coverage data → electronic navigational charts → gridded data → hydrographic information → imagery → marine geospatial products → time-varying data → vector data → |
| uses |
ISO 19107 for spatial schema
→
ISO 19111 for coordinate reference systems → ISO 19115 for metadata → ISO 19123 for coverage geometry → ISO 19139 for metadata encoding → UML for conceptual modelling → |
Referenced by (2)
| Subject (surface form when different) | Predicate |
|---|---|
|
International Hydrographic Organization
→
|
developsStandard |
|
S-57
→
|
successorStandard |