HRS (High Resolution Stereoscopic)

E824048

HRS (High Resolution Stereoscopic) is a high-resolution imaging instrument designed to capture stereoscopic views of Earth's surface for detailed topographic and mapping applications.

All labels observed (2)

How this entity was disambiguated

Statements (41)

Predicate Object
instanceOf Earth observation instrument ⓘ
remote sensing payload ⓘ
stereoscopic imaging sensor ⓘ
acronymFor High Resolution Stereoscopic ⓘ
applicationDomain cartography ⓘ
geodesy ⓘ
geographic information systems ⓘ
remote sensing ⓘ
dataType high-resolution optical images ⓘ
stereoscopic imagery ⓘ
designedFor high-resolution imaging of Earth’s surface ⓘ
mapping applications ⓘ
stereoscopic imaging ⓘ
topographic applications ⓘ
goal improve accuracy of topographic maps ⓘ
provide detailed elevation information ⓘ
hasCapability acquire image pairs with parallax for 3D reconstruction ⓘ
high spatial resolution imaging ⓘ
hasFullName High Resolution Stereoscopic ⓘ
hasImagingMode stereoscopic mode ⓘ
measurementType surface topography ⓘ
observes Earth ⓘ
operatesIn optical spectrum ⓘ
outputFormat stereo image pairs ⓘ
outputUsedFor 3D terrain modeling ⓘ
orthorectification of images ⓘ
primaryFunction capture stereoscopic views of Earth’s surface ⓘ
support cartographic production ⓘ
support detailed topographic mapping ⓘ
sensorType optical sensor ⓘ
supports 3D visualization of terrain ⓘ
detailed topographic analysis ⓘ
large-scale mapping ⓘ
targetUser Earth science researchers ⓘ
geospatial analysts ⓘ
mapping agencies ⓘ
usedFor 3D mapping of land surfaces ⓘ
digital elevation model generation ⓘ
geospatial information extraction ⓘ
terrain analysis ⓘ
topographic map updating ⓘ

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

SPOT Earth observation satellites → notableInstrument → HRS (High Resolution Stereoscopic) ⓘ
HRS (High Resolution Stereoscopic) → hasFullName → High Resolution Stereoscopic ⓘ
linked to: HRS (High Resolution Stereoscopic)