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<?xml version="1.0"?> |
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<sml:SensorML xmlns:sml="http://www.opengis.net/sensorML/1.0.1" |
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xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" |
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xmlns:swe="http://www.opengis.net/swe/1.0.1" xmlns:gml="http://www.opengis.net/gml" |
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xmlns:xlink="http://www.w3.org/1999/xlink" |
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xsi:schemaLocation="http://www.opengis.net/sensorML/1.0.1 http://schemas.opengis.net/sensorML/1.0.1/sensorML.xsd" |
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version="1.0.1"> |
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<sml:member xlink:arcrole="urn:ogc:def:process:OGC:detector"> |
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<sml:System gml:id="RDI_Workhorse_1200"> <!-- Models = 75,150,300,600,1200 --> |
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<!--============================--> |
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<!-- Metadata --> |
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<!--============================--> |
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<gml:description>The Monitor is Teledyne RD Instruments’ |
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most popular direct-reading Acoustic Doppler Current |
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Profiler (ADCP). The unit is typically bottom frame-mounted |
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and hard-wired to shore to provide real-time monitoring |
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of coastal currents. The Monitor’s high data accuracy and |
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reliability make it a favorite for deployments in highvolume |
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traffic areas such as ports and harbors, where the |
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data is often integrated into a Vessel Traffic Monitoring |
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System. In fact, the Monitor has been selected for most |
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major port programs undertaken in the United States.</gml:description> |
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<gml:name>RDI_Workhorse_1200</gml:name> |
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<sml:keywords> |
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<sml:KeywordList codeSpace="urn:x-nasa:def:gcmd:keywords"> |
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<sml:keyword>oceanography</sml:keyword> |
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<sml:keyword>waves</sml:keyword> |
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<sml:keyword>currents</sml:keyword> |
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<sml:keyword>acoustic Doppler</sml:keyword> |
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<sml:keyword>profiler</sml:keyword> |
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</sml:KeywordList> |
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</sml:keywords> |
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<!--==========================================================--> |
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<!--===================System Identifiers=====================--> |
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<!--==========================================================--> |
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<sml:identification> |
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<sml:IdentifierList> |
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<!-- Should we have a Codepace value for OGC? Does such a thing exist? --> |
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<sml:identifier name="longName"> |
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<sml:Term definition="urn:ogc:def:property:OGC:longName"> |
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<sml:value>Teledyne RDI Workhorse Monitor 1200</sml:value> |
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</sml:Term> |
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</sml:identifier> |
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<sml:identifier name="shortName"> |
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<sml:Term definition="urn:ogc:def:property:OGC:shortName"> |
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<sml:value>RDI Workhorse</sml:value> |
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</sml:Term> |
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</sml:identifier> |
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<sml:identifier name="manufacturer"> |
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<sml:Term definition="urn:ogc:def:property:OGC:manufacturer"> |
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<sml:value>Teledyne RDInstruments</sml:value> |
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</sml:Term> |
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</sml:identifier> |
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<sml:identifier name="Model Number"> |
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<sml:Term definition="urn:ogc:def:identifier:OGC:modelNumber"> |
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<sml:value>Workhorse 1200</sml:value> |
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</sml:Term> |
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</sml:identifier> |
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</sml:IdentifierList> |
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</sml:identification> |
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<!--==========================================================--> |
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<!--===================System Classifiers=====================--> |
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<!--==========================================================--> |
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<sml:classification> |
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<sml:ClassifierList> |
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<sml:classifier name="intendedApplication"> |
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<sml:Term definition="urn:ogc:def:property:OGC:application"> |
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<sml:value>Ocean Waves</sml:value> |
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</sml:Term> |
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</sml:classifier> |
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<sml:classifier name="intendedApplication"> |
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<sml:Term definition="urn:ogc:def:property:OGC:application"> |
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<sml:value>Ocean Currents</sml:value> |
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</sml:Term> |
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</sml:classifier> |
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<sml:classifier name="sensorType"> |
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<sml:Term definition="urn:ogc:def:property:OGC:sensorType"> |
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<sml:value>Acoustic Doppler</sml:value> |
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</sml:Term> |
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</sml:classifier> |
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<sml:classifier name="sensorType"> |
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<sml:Term definition="urn:ogc:def:property:OGC:sensorType"> |
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<sml:value>profiler</sml:value> |
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</sml:Term> |
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</sml:classifier> |
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</sml:ClassifierList> |
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</sml:classification> |
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<!-- ================================================= --> |
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<!-- System Characteristics --> |
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<!-- ================================================= --> |
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<sml:characteristics name="Physical Properties"> |
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<swe:DataRecord definition="urn:ogc:def:property:physicalProperties"> |
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<swe:field name="weight"> |
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<swe:Quantity definition="urn:ogc:def:property:weight"> |
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<swe:uom code="kg"/> |
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<swe:value>7.6</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="width"> |
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<swe:Quantity definition="urn:ogc:def:property:width"> |
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<swe:uom code="mm"/> |
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<swe:value>228.0</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="height"> |
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<swe:Quantity definition="urn:ogc:def:property:height"> |
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<swe:uom code="mm"/> |
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<swe:value>201.5</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<!-- Add BAUD rate somewhere --> |
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</swe:DataRecord> |
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</sml:characteristics> |
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<!--==========================================================--> |
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<!--============ System Capabilities =============--> |
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<!--==========================================================--> |
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<!-- *SF* work on this section with Darryl --> |
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<!-- *SF* some of these may need to be replicated/moved to Paramters. |
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Keep those that are deemed important for discovery --> |
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<sml:capabilities name="DopplerProperties"> |
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<swe:DataRecord> |
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<swe:field name="beamFrequency"> |
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<swe:Quantity definition="urn:MVCO:property:beamFrequency"> |
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<swe:uom code="kHz"/> |
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<swe:value>1200</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<!-- *SF* - Might add repoting freq = 2hz here. --> |
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<!-- <moved samplingFreq to params --> |
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<swe:field name="samplingFrequency"> |
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<!-- user MODFIIABLE --> |
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<swe:Quantity definition="urn:MVCO:property:samplingFrequency"> |
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<swe:uom code="Hz"/> |
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<swe:value>2</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<!-- They have default command properties program- add those here --> |
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<!-- Specifics can be configured in specific file --> |
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<swe:field name="VerticalRseolution"> |
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<swe:Quantity></swe:Quantity> |
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</swe:field> |
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<swe:field name="ExpectedSpeedAccuracy"> |
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<swe:Quantity definition="urn:MVCO:property:expectedSpeedAccuracy"> |
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<swe:uom code="cm/s"/> |
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<swe:value>2</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="ExpectedDirectionAccuracy"> |
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<swe:Quantity definition="urn:MVCO:property:expectedDirectionAccuracy"> |
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<swe:uom code="deg"/> |
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<swe:value>3</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="SpeedResolution"> |
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<swe:Quantity definition="urn:MVCO:property:SpeedResolution"> |
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<swe:uom code="cm/s"/> |
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<swe:value>.1</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="DirectionResolution"> |
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<swe:Quantity definition="urn:MVCO:property:directionResolution"> |
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<swe:uom code="deg"/> |
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<swe:value>.1</swe:value> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="SpeedRange"> |
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<swe:QuantityRange definition="urn:MVCO:property:speedRange"> |
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<swe:uom code="m/s"/> |
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<swe:value>-5 +5</swe:value> |
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</swe:QuantityRange> |
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</swe:field> |
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</swe:DataRecord> |
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</sml:capabilities> |
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<!--==========================================================--> |
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<!--============ System Contacts =============--> |
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<!--==========================================================--> |
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<!-- Group Mfr, Sale, CustSupprt --> |
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<!-- Expert --> |
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<sml:contact xlink:arcrole="urn:ogc:def:property:OGC:sales"> |
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<!-- * DS - can we add decsription of this, or is xlink:arcrole the only way to do it? --> |
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<sml:ResponsibleParty> |
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<sml:organizationName>Teledyne RD Instruments</sml:organizationName> |
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<sml:contactInfo> |
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<sml:phone> |
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<sml:voice>+1-858-842-2600</sml:voice> |
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<sml:facsimile>+1-858-842-2822</sml:facsimile> |
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</sml:phone> |
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<sml:address> |
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<sml:deliveryPoint>14020 Stowe Drive</sml:deliveryPoint> |
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<sml:city>Poway</sml:city> |
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<sml:administrativeArea>CA</sml:administrativeArea> |
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<sml:postalCode>92064</sml:postalCode> |
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<sml:country>USA</sml:country> |
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<sml:electronicMailAddress>rdisales@teledyne.com</sml:electronicMailAddress> |
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</sml:address> |
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</sml:contactInfo> |
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</sml:ResponsibleParty> |
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</sml:contact> |
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<sml:contact xlink:arcrole="urn:ogc:def:property:OGC:expert"> |
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<sml:Person> |
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<sml:surname>Symonds</sml:surname> |
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<sml:name>Darryl</sml:name> |
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<sml:userID>...</sml:userID> <!-- What should this be? --> |
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<sml:affiliation>Teledyne RD Instruments</sml:affiliation> |
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<sml:phoneNumber>+1-858-842-2644</sml:phoneNumber> |
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<sml:email>dsymonds@teledyne.com</sml:email> |
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</sml:Person> |
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</sml:contact> |
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<!--==========================================================--> |
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<!--============ System Documentation ============--> |
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<!--==========================================================--> |
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<sml:documentation xlink:arcrole="website"> |
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<sml:Document> |
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<gml:description>Collection of information regarding Teldyne RDI's ADCP profilers</gml:description> |
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<sml:onlineResource xlink:href="http://www.rdinstruments.com/rdi_library.html"/> |
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</sml:Document> |
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</sml:documentation> |
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<sml:documentation xlink:arcrole="photo"> |
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<sml:Document> |
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<gml:description>Photos of the workhorse</gml:description> |
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<sml:onlineResource xlink:href="http://www.rdinstruments.com/monitor.html"/> |
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</sml:Document> |
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</sml:documentation> |
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<sml:documentation xlink:arcrole="datasheet"> |
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<sml:Document> |
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<gml:description>Datasheet for the workhorse</gml:description> |
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<sml:onlineResource |
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xlink:href="http://www.rdinstruments.com/datasheets/workhorse_monitor_ds_lr.pdf"/> |
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</sml:Document> |
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</sml:documentation> |
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<!--============================--> |
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<!-- Platform Coordinate Frame --> |
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<!--============================--> |
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<!-- *SF* fill out Coordinate frame info --> |
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<sml:spatialReferenceFrame> |
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<gml:EngineeringCRS gml:id="PLATFORM_FRAME"> |
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<gml:srsName>ADCP Platform reference frame</gml:srsName> |
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<gml:usesCS xlink:href="urn:ogc:def:cs:xyzFrame"/> |
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<gml:usesEngineeringDatum> |
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<gml:EngineeringDatum gml:id="PLATFORM_DATUM"> |
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<gml:datumName/> |
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<gml:anchorPoint/> |
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</gml:EngineeringDatum> |
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</gml:usesEngineeringDatum> |
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</gml:EngineeringCRS> |
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</sml:spatialReferenceFrame> |
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<!--========================--> |
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<!-- TODO: Profiler Inputs --> |
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<!--========================--> |
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<sml:inputs> |
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<sml:InputList> |
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<sml:input name="pressure"> |
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<!-- Julie? - What dictionary will we use for the physical observables like seaWaterPressure |
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if we do NOT use mmi CF terms registered by Tethys. |
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Using fictitious URN for now. TC, 3/19 --> |
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<swe:ObservableProperty definition="urn:MVCO:property:seaWaterPressure"> |
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<gml:description>Brief desciption here to distinguish sea water pressure from other pressures</gml:description> |
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</swe:ObservableProperty> |
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</sml:input> |
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<sml:input name="temperature"> |
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<swe:ObservableProperty definition="urn:ogc:property:OGC:temperature"/> |
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</sml:input> |
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<!-- *SF* Change in backScatter Volume (input) causes an echoIntensity (output) --> |
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<sml:input name="volumetricBackscatter"> |
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<!-- *SF* need to point to nice description of what is really being observed --> |
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<swe:ObservableProperty definition="urn:ogc:property:OGC:volumetricScatter"> |
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<gml:description>XXX</gml:description> |
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</swe:ObservableProperty> |
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</sml:input> |
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<!-- *SF* Add second term, one for volumetricBackscatter, one for particleMotion --> |
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<sml:input name="particleMotion"> |
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<!-- *SF* need to point to nice description of what is really being observed --> |
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<swe:ObservableProperty definition="urn:ogc:property:OGC:particleMotion"> |
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<gml:description></gml:description> |
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</swe:ObservableProperty> |
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</sml:input> |
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</sml:InputList> |
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</sml:inputs> |
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<!--==============================--> |
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<!-- Profiler Outputs --> |
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<!--==============================--> |
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<sml:outputs> |
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<sml:OutputList> |
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<sml:output name="ADCP_outputs"> |
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<swe:DataRecord> |
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<swe:field name="pressure"> |
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<!-- See above not about NOT using cf terms --> |
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<swe:Quantity definition="urn:MVCO:property:seaWaterPressure"> |
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<swe:uom code="dbar"/> |
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</swe:Quantity> |
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</swe:field> |
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<!-- *SF* pressure can be pressure, one can be depth- ADD Depth as separate output - KPA, not dbar --> |
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<swe:field name="temperature"> |
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<!-- See above not about NOT using cf terms --> |
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<swe:Quantity definition="urn:MVCO:property:seaWaterTemperature"> |
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<swe:uom code="cel"/> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="velocity"> |
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<swe:Quantity definition="urn:ogc:property:OGC:velocity"> |
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<swe:uom code="mm/s"/> |
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</swe:Quantity> |
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</swe:field> |
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<swe:field name="beamIntensity"> |
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<swe:Quantity definition="http://mmisw.org/ont/mvco/qcflag/beamIntensity"> </swe:Quantity> |
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</swe:field> |
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<swe:field name="correlationCoefficient"> |
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<swe:Quantity definition="http://mmisw.org/ont/mvco/qcflag/correlationCoefficient"> </swe:Quantity> |
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</swe:field> |
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310 |
</swe:DataRecord> |
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</sml:output> |
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</sml:OutputList> |
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</sml:outputs> |
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<!-- *SF* specifiy parameters for changeable things samplingFrequency (some of these are in Capabilities now, |
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but should be relocated here. Also, Make thes quantities with AllowedValues for ranges --> |
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<sml:parameters> |
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317 |
<sml:ParameterList> |
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<sml:parameter name="samplingFrequency"> |
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<swe:Quantity definition="urn:MVCO:property:samplingFrequency"> |
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<swe:uom code="Hz"/> |
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<swe:value>2</swe:value> |
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</swe:Quantity> |
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</sml:parameter> |
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</sml:ParameterList> |
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</sml:parameters> |
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|
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<!--=======================--> |
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328 |
<!-- Profiler Components --> |
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329 |
<!--=======================--> |
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330 |
<!-- TODO here, we could separate out the PT Sensor from the doppler if we have sufficient info, |
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and describe their relative positioning in this section --> |
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<sml:components> |
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<sml:ComponentList> |
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<sml:component name="PT Sensor" xlink:href=""/> <!-- use href if defined in separate doc --> |
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335 |
<sml:component name="Doppler"> <!-- If we separate like this, move Doppler stuff to this element --> |
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336 |
<sml:Component> |
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337 |
<gml:description></gml:description> |
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338 |
<sml:capabilities></sml:capabilities> |
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339 |
<sml:inputs></sml:inputs> |
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340 |
<sml:outputs></sml:outputs> |
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341 |
<sml:parameters></sml:parameters> |
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342 |
<sml:method></sml:method> |
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343 |
</sml:Component> |
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344 |
</sml:component> |
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345 |
</sml:ComponentList> |
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346 |
</sml:components> |
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347 |
<!--==============================--> |
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348 |
<!-- System Connections --> |
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349 |
<!--==============================--> |
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350 |
</sml:System> |
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351 |
</sml:member> |
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352 |
</sml:SensorML> |
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