GWML2: GW_Well and Borehole
|
|
|
- Brianna Long
- 5 years ago
- Views:
Transcription
1 Sponsored by Hosted by GWML2: GW_Well and Borehole 99th OGC Technical Committee Dublin, Ireland Bruce Simons (for GWML2 SWG) 22 June 2016 Copyright 2016 Open Geospatial Consortium
2 GroundWaterML2 (GW_Well and Borehole) OGC Rationale Need to have a model for well and well construction features The main method of sampling hydrogeologic units, fluid, flow properties Hydrogeologic Unit specialises GeoSciML4 GeologicUnit No attempt to harmonise GWML GW_Well with GeoSciML Borehole : the existence of multiple Borehole standards binding of GeoSciML:Borehole to MappedFeature and GeologicFeature inadequate construction details for producing wells Aim to have an international harmonisation activity GWML2 SWG and GeoSciML4SWG membership overlaps meetings never coincided
3 OGC GroundWaterML2 Two related application schemas Well: feature = GW_Well WellConstruction : feature = Borehole re-use from GWML1
4 SF_SamplingFeature SF_SpatialSamplingFeature positionalaccuracy: DQ_PositionalAccuracy [0..2] 1 OriginPosition elevation: DirectPosition location: GM_Point referencelocation GeoSciML3.2 Borehole SF_SamplingCurv e relatedborehole Borehole 1..* DrillingDetails boreholediameter: Quantity drillingmethod: BoreholeDrillingMethodCode intervalbegin: Quantity [0..1] intervalend: Quantity [0..1] downholedrillingdetails constraints {mappedinterval.samplingframe=self} 1..* logelement MappedInterv al mappedintervalbegin: Quantity [0..1] mappedintervalend: Quantity [0..1] indexdata 1 OGC BoreholeDetails boreholelength: Quantity boreholematerialcustodian: CI_ResponsibleParty [1..*] datacustodian: CI_ResponsibleParty [1..*] dateofdrilling: TM_Period driller: CI_ResponsibleParty inclinationtype: BoreholeInclinationCode operator: CI_ResponsibleParty purpose: BoreholePurposeCode [1..*] startpoint: BoreholeStartPointCode MappedFeature occurrence specification 1 GeologicFeature
5 OGC GWML2:GW_Well
6 GWML2:GW_Well SF_SpatialSamplingFeature positionalaccuracy: DQ_PositionalAccuracy [0..2] SF_SamplingCurve Geometry shape GM_Curve GM_Curve(GM_CurveSegment*): GM_Curve GW_MonitoringSite gwmonitoringhost: GFI_Feature [0..1] gwsitereferenceelevation: Elevation [] gwsitetype: SiteTypeTerm [0..1] GW_Well GW_Well gwwellbody: GW_FluidBody [] gwwellconstructeddepth: OM_Measurement [0..1] gwwellconstruction: Borehole [0..1] gwwellcontributionzone: GM_Object [0..1] gwwelllicence: GW_Licence [] gwwelllocation: GM_Point [0..1] gwwellpurpose: WellPurposeTerm [] gwwellreferenceelevation: Elevation [] gwwellstaticwaterdepth: OM_Measurement [] gwwellstatus: WellStatusTypeTerm [0..1] gwwelltotallength: Quantity [0..1] gwwellunit: GW_HydrogeoUnit [] gwwellwateruse: WaterWellUseTypeTerm [] gwwellyield: OM_Measurement [0..1] Elevation elevation: DirectPosition [0..1] elevationaccuracy: DQ_PositionalAccuracy [0..1] elevationmeasurementmethod: ElevationMeasurementMethodTerm [0..1] elevationtype: ElevationTypeTerm [0..1] CV_DiscreteElementCoverage collection 1..* element CV_ElementValuePair geometry: AbstractGML value: Record gwwellgeology ::OM_Observation parameter: NamedValue [] phenomenontime: TM_Object OGC gwwellgeology GW_GeologyLog enddepth: Quantity [0..1] startdepth: Quantity [0..1] resultquality: DQ_Element [] resulttime: TM_Instant validtime: TM_Period [0..1] result 0..1 GW_GeologyLogCov erage GW_GeologyLog an Observation (O&M) collection element LogValue fromdepth: Quantity [0..1] todepth: Quantity [0..1] value: DataRecord [0..1] For lithology, stratigraphy, age, geophysics
7 OGC GeoSciML3.2:Borehole GML encoding Must be a GeologicFeature
8 OGC GWML2:GeologyLogCoverage GML encoding Any DiscreteElement Coverage
9 GWML2:Well SF_SpatialSamplingFeature positionalaccuracy: DQ_PositionalAccuracy [0..2] SF_SamplingCurve Link to well construction features via Borehole Geometry shape GM_Curve GM_Curve(GM_CurveSegment*): GM_Curve GW_MonitoringSite gwmonitoringhost: GFI_Feature [0..1] gwsitereferenceelevation: Elevation [] gwsitetype: SiteTypeTerm [0..1] GW_Well gwwellbody: GW_FluidBody [] gwwellconstructeddepth: OM_Measurement [0..1] gwwellconstruction: Borehole [0..1] gwwellcontributionzone: GM_Object [0..1] gwwelllicence: GW_Licence [] gwwelllocation: GM_Point [0..1] gwwellpurpose: WellPurposeTerm [] gwwellreferenceelevation: Elevation [] gwwellstaticwaterdepth: OM_Measurement [] gwwellstatus: WellStatusTypeTerm [0..1] gwwelltotallength: Quantity [0..1] gwwellunit: GW_HydrogeoUnit [] gwwellwateruse: WaterWellUseTypeTerm [] gwwellyield: OM_Measurement [0..1] Elevation elevation: DirectPosition [0..1] elevationaccuracy: DQ_PositionalAccuracy [0..1] elevationmeasurementmethod: ElevationMeasurementMethodTerm [0..1] elevationtype: ElevationTypeTerm [0..1] CV_DiscreteElementCoverage collection 1..* element CV_ElementValuePair geometry: AbstractGML value: Record ::OM_Observation parameter: NamedValue [] phenomenontime: TM_Object OGC gwwellgeology GW_GeologyLog enddepth: Quantity [0..1] startdepth: Quantity [0..1] resultquality: DQ_Element [] resulttime: TM_Instant validtime: TM_Period [0..1] result 0..1 GW_GeologyLogCov erage collection element LogValue fromdepth: Quantity [0..1] todepth: Quantity [0..1] value: DataRecord [0..1]
10 OGC Borehole - WellConstruction
11 GWML2:WellConstruction Drilling information Borehole bholecoreinterval: GM_Envelope [] bholedateofdrilling: TM_CalDate [0..1] bholedriller: CI_ResponsibleParty [0..1] bholedrillingmethod: BoreholeDrillingMethodTerm [] bholeinclinationtype: BoreholeInclinationTerm [0..1] = vertical bholematerialcustodian: CI_ResponsibleParty [] bholenominaldiameter: Quantity [0..1] bholeoperator: CI_ResponsibleParty [0..1] bholestartpoint: BholeStartPointTypeTerm [0..1] bholeheadworks bholedetails bholeconstruction 1..* WellConstruction BoreCollar collarelevation: DirectPosition [] collarelevationtype: CollarElevationTypeTerm [0..1] collarheadworktype: HeadworkTypeTerm [0..1] collarlocation: GM_Point [0..1] BoreCollar Construction Features Screen Filtration Casing Sealing sealinggroutingplacementmethod: Process [0..1] screenelement ScreenComponent screenattachmentmethod: AttachmentMethodTerm [0..1] screencoating: ScreenCoatingTerm [0..1] screenexternaldiameter: Quantity [0..1] screenfitting: ScreenFittingTerm [0..1] Screen details screenform: ScreenFormTerm [0..1] screenholesize: Quantity [0..1] screeninternaldiameter: Quantity [0..1] screenmake: ScreenMakerTerm [0..1] screenmaterial: ScreenMaterialTerm [0..1] screenmodel: ScreenModelTerm [0..1] screennumber: ScreenNumberTerm [0..1] screenperforationmethod: PerforationMethodTerm [0..1] screenplacement: ScreenPlacementTerm [0..1] screenwallthickness: Quantity [0..1] casingelement casingleft Casing CasingComponent filterelement casingcoating: CasingCoatingTerm [0..1] casingexternaldiameter: Quantity [0..1] casingform: CasingFormTerm [0..1] casinginternaldiameter: Quantity [0..1] casingmaterial: CasingMaterialTerm [0..1] casingwallthickness: Quantity [0..1] FiltrationComponent filtergrainsize: Quantity [0..1] filtermaterial: FiltrationMaterialTerm [0..1] casingslit Filtration OGC Construction Components ConstructionComponent from: Quantity [0..1] Sealing sealingelement SealingComponent collarseal 0..1 sealingmaterial: SealingMaterialTerm [0..1] sealingtype: SealingTypeTerm [0..1]
12 GroundWaterML2 GW_Well harmonisation Lots of similarities with GeoSciML v3.2 How does it compare to GeoSciML 4.0? How does it compare to other proposed standards Can we mine the best from all the options to create a Borehole/Well standard that meets most domain requirements? OGC
OGC WaterML 2: Part 4 GroundWaterML 2 (GWML2)
Open Geospatial Consortium Submission Date: 2016-07-07 Approval Date: 2016-09-06 Publication Date: 2017-03-06 External identifier of this OGC document: http://www.opengis.net/doc/is/gwml/2.2 Internal reference
INSPIRE Data Specifications What s new? What s next?
INSPIRE Data Specifications What s new? What s next? Michael Lutz INSPIRE Conference 25 th June 2013, Firenze www.jrc.ec.europa.eu Serving society Stimulating innovation Supporting legislation What s new?
A data model for the UK Environmental Observation Framework
A data model for the UK Environmental Observation Framework Andrew Woolf 1, Keiran Millard 2, Beth Greenaway 3, Gemma Truelove 3, Paul Williams 4 1 STFC Rutherford Appleton Laboratory, Harwell, UK 2 HR
Open Geospatial Consortium
Open Geospatial Consortium Approval Date: yyyy-mm-dd Publication Date: yyyy-mm-dd Reference number of this OGC project document: OGC xx-xxx OGC name of this OGC project document: XXXX Version: 0.3.1 Category:
EF - Environmental Monitoring Facilities. Facilitators: Franz Daffner, Sylvain Grellet Presenter: Kathi Schleidt (expert)
EF - Environmental Monitoring Facilities Facilitators: Franz Daffner, Sylvain Grellet Presenter: Kathi Schleidt (expert) Definition Location and operation of environmental monitoring facilities includes
OGC Sensor Observation Service 2.0 Hydrology Profile
Open Geospatial Consortium Submission Date: 2014-05-15 Approval Date: 2014-09-19 Publication Date: 2014-10-20 External identifier of this OGC document: http://www.opengis.net/doc/bp/sos-hydrology/1.0 Internal
Observations and Measurements
Observations and Measurements issues and upgrades Simon Cox CSIRO Exploration & Mining http://www.em.csiro.au Goal of Observations and Measurements Information model for Sensor Web Enablement consistent
PROV and Real Things. Simon J D Cox & Nicholas J Car 4 th December 2015 LAND AND WATER
PROV and Real Things Simon J D Cox & Nicholas J Car 4 th December 2015 LAND AND WATER The problem preparation workflow on a specimen s journey from collection to analysis is complex, and variable its description
WaterML2.0 - part 2: Ratings, Gaugings and Sections. OGC Discussion Paper
Open Geospatial Consortium Publication Date: 2013-06-18 Approval Date: 2013-03-20 External identifier of this OGC document: http://www.opengis.net/def/doc-type/dp/waterml2.0-ratings Internal reference
Deployment of geologic map services using GeoSciML-Portrayal
1 Deployment of geologic map services using GeoSciML-Portrayal An introduction to a simple feature schema for supporting map services and guidelines for service deployment A product of the Arizona Geological
INSPIRE Infrastructure for Spatial Information in Europe
INSPIRE Infrastructure for Spatial Information in Europe D2.9 Guidelines for the use of Observations & Measurements and Sensor Web Enablement-related Title Creator Date of publication 2016-12-16 Subject
QGIS GML application schema toolbox guided tour use case on French Groundwater Information Network (GIN)
QGIS GML application schema toolbox guided tour use case on French Groundwater Information Network (GIN) S.Grellet BRGM / H.Mercier Oslandia French GIN linked data use case > Objectives To provide stable
All Fields marked with * are mandatory. *Ben Caradoc-Davies
All Fields marked with * are mandatory. Change Request #: 303 Assigned OGC Document #: Name: Organization: Email: 13-048r1 *Ben Caradoc-Davies *CSIRO *Ben.Caradoc-Davies@csiro.au Document Name/Version:
Open Geospatial Consortium Inc.
OGC 05-118 Open Geospatial Consortium Inc. Date: 2005-10-24 Reference number of this OGC document: OGC 05-118 Version: 0.0.3 Category: OpenGIS Discussion Paper Editor: Clemens Portele OGC Web Services
Groundwater Information Network
Groundwater Information Network Groundwater Geoscience Program Geological Survey of Canada Boyan Brodaric boyan.brodaric@canada.ca 06 Dec 2017 Abstract Groundwater Information Network Fed-prov-terr-int
Open Geospatial Consortium Inc.
Open Geospatial Consortium Inc. Date: 2007-12-08 Reference number of this OpenGIS document: OGC 07-022r1 Version: 1.0 Category: OpenGIS Implementation Standard Editor: Simon Cox Observations and Measurements
UN-GGIM: Europe core data and adaptation of INSPIRE models Dominique Laurent (IGN)
Workshop about extensions of INSPIRE data specifications 20-21 June 2017 UN-GGIM: Europe core data and adaptation of INSPIRE models Dominique Laurent (IGN) UN-GGIM General presentation UN-GGIM(United Nations
Standardized Information Models to Optimize Exchange, Reusability and Comparability of Citizen Science Data
Standardized Information Models to Optimize Exchange, Reusability and Comparability of Citizen Science Data Table of Contents 1. Introduction.............................................................................
Doc. Id: HMAFOT1-TN-0002-ERDAS-11 Issue: 1.1 Date: ESA-ESRIN. DRAFT Technical Note. Analysis of the extension of the EO product metadata
ESA-ESRIN DRAFT Technical Note Analysis of the extension of the EO product metadata January 2010 EXECUTIVE SUMMARY This draft technical note describes the evolutions that are proposed for the GML 3.1.1
Document information. Report Fitness for purpose Annex III
Document information Document type Author Report GDI-DE Coordination Office Germany Version 1.0 wetransform GmbH Creation date May 9th, 2017 Reference document Discussion document on the possible future
Network Working Group Request for Comments: 5138 Category: Informational February 2008
Network Working Group S. Cox Request for Comments: 5138 CSIRO Category: Informational February 2008 A Uniform Resource Name (URN) Namespace for the Commission for the Management and Application of Geoscience
Observations and Measurements as a basis for semantic reconciliation between GRIB and netcdf... and some other ideas.
Observations and Measurements as a basis for semantic reconciliation between GRIB and netcdf... and some other ideas. Jeremy Tandy 24 th September 2014 Problem statement: interoperability interoperable
Name a project. Define project profiles. Make a list of Equipments. Launch the project. Collect various kinds of information.
Launch the project. Name a project. Collect various kinds of information. Define project profiles. Store up collected data into DBMS. Add a project member. Make a list of Equipments. Order, observe and/or
INSPIRE Coverage Types
INSPIRE Infrastructure for Spatial Information in Europe INSPIRE Coverage Types Title Status Creator Date 2012-06-15 Subject Publisher Type Description Contributor Format Source Rights Identifier Language
The AusGIN Geoscience Portal:
The AusGIN Geoscience Portal: A new age of geoscience data delivery Ollie Raymond and Carina Kemp Geoscience Australia Government Geoscience Information Committee Australian Geoscience Information Network
OGC Moving Features Access
Open Geospatial Consortium Submission Date: 2016-10-30 Approval Date: 2017-01-10 Publication Date: 2017-03-12 External identifier of this OGC document: http://www.opengis.net/doc/is/movingfeatures-access/1.0
GeoServices REST API SWG response to justification comments for No-Votes
Open Geospatial Consortium Date: 2013-05-10 Reference number of this document: OGC 13-031r1 Category: Technical Note Editor: Clemens Portele, Satish Sankaran GeoServices REST API SWG response to justification
Motions from the 91st OGC Technical and Planning Committee Meetings Geneva, Switzerland Contents
Motions from the 91st OGC Technical and Planning Committee Meetings Geneva, Switzerland Contents "The Open Geospatial Consortium and EarthCube White Paper... 2 Vote for OGC Sensor Observation Service 2.0
Groundwater data management system
Proceedings of the 28th EnviroInfo 2014 Conference, Oldenburg, Germany September 10-12, 2014 Groundwater data management system Kamil Nešetřil 1, Jan Šembera 1 Abstract We have developed a system to manage
IHO S-100 Framework. The Essence. WP / Task: Date: Author: hansc/dga Version: 0.6. Document name: IHO S-100 Framework-The Essence
WP / Task: 4.4.1. Date: 2015-09-25 Author: hansc/dga Version: 0.6 Document name: IHO S-100 Framework-The Essence IHO S-100 Framework Version 0.6 The Essence Document information More recent versions of
INSPIRE-compliant and easy-to-use GeoModel Editor. Jan Schulze Althoff Dr. Christine Giger Prof. Dr. Lorenz Hurni
INSPIRE-compliant and easy-to-use GeoModel Editor Jan Schulze Althoff Dr. Christine Giger Prof. Dr. Lorenz Hurni Overview About Modelling HUMBOLDT GeoModel Editor INSPIRE GeoModel Editor Linking Enterprise
Geographic information Road and railway networks Part 1: Concept model and application schema
SWEDISH STANDARD SS 63 70 04-1:2006 Approved 2006-03-08 Edition 1 Geografisk information Väg- och järnvägsnät Del 1: Begreppsmodell och applikationsschema Geographic information Road and railway networks
Name type specification definitions part 1 basic name
Open Geospatial Consortium Inc. Date: 2010-03-31 Reference number of this document: OGC 09-048r3 OGC Name of this document: http://www.opengis.net/doc/pol-nts/def-1/1.1 Version: 1.1 Category: OpenGIS Policy
Pan-European infrastructure for management of marine and ocean geological and geophysical data Geo-Seas portal Data Discovery and Access Service
Pan-European infrastructure for management of marine and ocean geological and geophysical data Geo-Seas Data Discovery and Access Service By Kathrin Manolis BGR and Dick M.A. Schaap Geo-Seas Technical
OpenGIS Image geopositioning metadata GML 3.2 application schema
Open Geospatial Consortium Inc. Date: 2007-05-10 Reference number of this document: OGC 07-031r1 Version: 0.0.3 Category: OpenGIS Implementation Specification Editor: Arliss Whiteside OpenGIS Image geopositioning
Development of a Ground Water Data Portal for Interoperable Data Exchange and Mediation within the NGWMN
Development of a Ground Water Data Portal for Interoperable Data Exchange and Mediation within the NGWMN Jessica M. Lucido, Nathaniel L. Booth, I-Lin Kuo, and William L. Cunningham U.S. Department of the
ARC HYDRO GROUNDWATER TUTORIALS
ARC HYDRO GROUNDWATER TUTORIALS details to cross sections Arc Hydro Groundwater (AHGW) is a geodatabase design for representing groundwater datasets within ArcGIS. The data model helps to archive, display,
FDO Data Access Technology at a Glance
Autodesk Geospatial FDO Data Access Technology at a Glance Work seamlessly with your geospatial data whatever the format 1 The Challenge The growing need for openness and interoperability between traditional
FGDC Standards Program. Presented by Julie Binder Maitra To ISO Standards in Action Workshop November 16, 2013
FGDC Standards Program Presented by Julie Binder Maitra To ISO Standards in Action Workshop November 16, 2013 1 Topics Policies guiding FGDC standards program FGDC Participation in Non-Federal Standards
OGC Collaborative Platform Undercover
OGC Collaborative Platform Undercover AGU Fall Meeting 2012 Dec 7, 2012 Greg Buehler; David Arctur; Luis E. Bermudez Open Geospatial Consortium 475 volunteer organizations 4307 Users 60 Standards 2 OGC
CF-netCDF and CDM. Ethan Davis, John Caron, Ben Domenico, Stefano Nativi* UCAR Unidata Univ of Florence*
CF-netCDF and CDM Ethan Davis, John Caron, Ben Domenico, Stefano Nativi* UCAR Unidata Univ of Florence* OGC in MetOcean, Toulouse, France, November 2009 CF-netCDF and CDM CF-netCDF CDM/netCDF-java TDS
Overview of OGC Document Types
Overview of Document Types Carl Reed February 2015 Overview The following set of slides documents the current set of key documents, their key policy and procedure actions, and key document work flows.
Master Thesis. Towards a 4D WebGIS using harmonised datasets. Examined on an New Zealand example. Dipl.-Ing. Alexander Kmoch
Master Thesis submitted within the UNIGIS MSc programme at the Centre for GeoInformatics (Z_GIS) Salzburg University Towards a 4D WebGIS using harmonised datasets Examined on an New Zealand example by
InfraGML. Linking pin between Geo and BIM. 4 november 2014
InfraGML Linking pin between Geo and BIM Marcel Reuvers (Geonovum) 4 november 2014 GIS Roads DTM GIS scope: Scale 1:500 1:25:000 Coordinates system CRS Features Topology networks Themes Cables and pipes
The Implementation of a Model- Driven Approach in Germany Clemens Portele, Markus Seifert
The Implementation of a Model- Driven Approach in Germany Clemens Portele, Markus Seifert Data Modelling and Model Driven Implementation of Data Distribution Workshop Copenhagen, 28.- 30.01.2015 Content
Framework specification, logical architecture, physical architecture, requirements, use cases.
Title: A5.2-D3 3.3.1 Alignment Editor Specification Editor(s)/Organisation(s): Thorsten Reitz (Fraunhofer IGD) Contributing Authors: Thorsten Reitz (Fraunhofer IGD), Marian de Vries (TUD) References: A1.8-D4
INTEGRATED HIERARCHICAL METADATA PROPOSAL: SERIES, LAYER, ENTITY AND ATTRIBUTE METADATA
INTEGRATED HIERARCHICAL METADATA PROPOSAL: SERIES, LAYER, ENTITY AND ATTRIBUTE METADATA Alaitz Zabala 1 and Joan Masó 2 1 Departament de Geografia, Universitat Autònoma de Barcelona, UAB. a.zabala@miramon.uab.es
Unifying Hydrological Time Series Data for a Global Water Portal
Unifying Hydrological Time Series Data for a Global Water Portal Pathai Suwannawiwat Chayakorn Netramai The Sirindhorn International Thai-German Graduate School of Engineering King Mongkut s University
Standards, GML and AIXM. Dr. David Burggraf Vice President Galdos Systems Inc
Standards, and AIXM Dr. David Burggraf Vice President Galdos Systems Inc Copyright Galdos Systems Inc. May 6, 2010 Geography Markup Language: What is it? A modeling language for geographic features A set
A JSON format (and tools) for Coverage data. OGC Technical Committee Dublin, Ireland Maik Riechert 22 June 2016
Sponsored by Hosted by A JSON format (and tools) for Coverage data OGC Technical Committee Dublin, Ireland Maik Riechert 22 June 2016 What we want Work with coverage data in browsers Standardized webby
OGC WCS 2.0 Revision Notes
Open Geospatial Consortium Inc. Date: 2010-02-15 Reference number of this document: Version: 1.0.0 Category: OpenGIS IS Revision Notes Editors: Peter Baumann, Steven Keens OGC WCS 2.0 Revision Notes Copyright
INSPIRE overview and possible applications for IED and E-PRTR e- Reporting Alexander Kotsev
INSPIRE overview and possible applications for IED and E-PRTR e- Reporting Alexander Kotsev www.jrc.ec.europa.eu Serving society Stimulating innovation Supporting legislation The European data puzzle 24
Big Data Earth Observation Standardization elements Codrina Ilie TERRASIGNA TF7/SG5
Big Data Earth Observation Standardization elements Codrina Ilie TERRASIGNA TF7/SG5 1 Earth Observation standardization intro 2 directions: 1. standardization of the Ground Segment Services: Heterogeneous
Providing INSPIRE measurement data. K. Schleidt, S. Grellet, A. Sarretta, P. Tagliolato, A. Kotsev
Providing INSPIRE measurement data K. Schleidt, S. Grellet, A. Sarretta, P. Tagliolato, A. Kotsev Part 1. Introduction Context 10 years ago o Geospatial information was hardly (if at all) exchanged in
Open Geospatial Consortium
Open Geospatial Consortium Publication Date: 2014-02-25 Approval Date: 2013-06-22 Submission Date: 2013-02-27 Reference URL for this document: http://www.opengis.net/doc/bp/sos-profile-in-situ/1.0 Version:
Enabling access to spatio-temporal observation data through SOS and O&M
Enabling access to spatio-temporal observation data through SOS and O&M A. Kotsev, A. Oggioni, S. Jirka, C. Hollmann, S. Grellet, K. Schleidt, M. Beaufils, A. Sarretta, P. Tagliolato, S. Menegon, Workshop
GeoSciML: development of a generic GeoScience Markup Language
GeoSciML: development of a generic GeoScience Markup Language Marcus Sen 1 and Tim Duffy 2 British Geological Survey 1, Kingsley Dunham Centre, Nicker Hill, Keyworth, Nottingham, NG12 5GG. Corresponding
Consolidation Team INSPIRE Annex I data specifications testing Call for Participation
INSPIRE Infrastructure for Spatial Information in Europe Technical documents Consolidation Team INSPIRE Annex I data specifications testing Call for Participation Title INSPIRE Annex I data specifications
Open Geospatial Consortium
SensorML OGC 12-000 Open Geospatial Consortium Publication Date: 2014-02-04 Approval Date: 2013-12-10 Submission Date: 2012-11-05 Reference number of this OGC document: OGC 12-000 OGC name of this OGC
Subsurface Databases in GeoEnvironmental Engineering
A publication of CHEMICAL ENGINEERING TRANSACTIONS VOL. 28, 2012 Guest Editor: Carlo Merli Copyright 2012, AIDIC Servizi S.r.l., ISBN 978-88-95608-19-8; ISSN 1974-9791 The Italian Association of Chemical
D3.2 Digital Factory Model I. Date: Version 1.0
Ecosystem for COllaborative Manufacturing PrOceSses Intra- and Interfactory Integration and AutomaTION (Grant Agreement No 723145) Date: 2017-11-29 Version 1.0 Published by the COMPOSITION Consortium Dissemination
The GIGAS Methodology
The GIGAS Methodology Pier Giorgio Marchetti European Space Agency Earth Observation Programme Ground Segment Department pier.giorgio.marchetti@esa.int GIGAS Objectives GIGAS has the goal to promote the
European Location Framework (ELF) acting as a facilitator implementing INSPIRE
www.eurogeographics.org European Location Framework (ELF) acting as a facilitator implementing INSPIRE Saulius Urbanas, Mick Cory (EuroGeographics) 29 October 2016 Copyright 2013 EuroGeographics EuroGeographics
GML, WFS and SVG: A New Frontier of Internet GIS
GML, WFS and SVG: A New Frontier of Internet GIS Zhong-Ren Peng Director Center for Advanced Spatial Information Research Associate Professor Department of Urban Planning University of Wisconsin-Milwaukee
INSPIRE data specifications Advanced. Stijn Keijers (SADL KU Leuven)
1 INSPIRE data specifications Advanced Stijn Keijers (SADL KU Leuven) Modules 2 1. Understanding INSPIRE data specifications 2. Introduction UML 3. Introduction XML/GML 4. Transforming data into INSPIRE
Extension of INSPIRE Download Services TG for Observation Data
Extension of INSPIRE Download Services TG for Observation Data Simon Jirka (52 North) 14 th June 2014, MIG Workshop on WCS-based INSPIRE Download Services Agenda Motivation Sensor Web Proposed Update for
ADVANCED GEOGRAPHIC INFORMATION SYSTEMS Vol. II - Geospatial Interoperability : The OGC Perspective Open Geospatial Consortium, Inc.
GEOSPATIAL INTEROPERABILITY: THE OGC PERSPECTIVE Open Open Geospatial Consortium, Wayland, MA, USA Keywords: geographic information systems, geospatial services, interoperability, interface specification,
An Outline of a WCS2.0 MetOC Profile for discussion. Crown copyright Met Office
An Outline of a WCS2.0 MetOC Profile for discussion ECMWF 2013 The aims of this discussion To Agree the basic principles i.e. Use cases using the Met Ocean dwg. Form a working group to look at creating
The Interoperability of Location-Tracking Service based on Geographic Information
The Interoperability of Location-Tracking Service based on Geographic Information Do Hyun KIM and Byung Tae JANG, Korea Key words: Interoperability, Location-Tracking, GIS SUMMARY Tracking Service based
Land Administration Standardization with focus on Evidence from the Field and Processing of Field Observations 1
Land Administration Standardization with focus on Evidence from the Field and Processing of Field 1 Peter VAN OOSTEROM, Christiaan LEMMEN and Harry UITERMARK, The Netherlands Key words: LADM, Surveying,
The European Commission s science and knowledge service. Joint Research Centre
The European Commission s science and knowledge service Joint Research Centre GeoDCAT-AP The story so far Andrea Perego, Antonio Rotundo, Lieven Raes GeoDCAT-AP Webinar 6 June 2018 What is GeoDCAT-AP Geospatial
Proposed update of Technical Guidance for INSPIRE Download services based on SOS
Proposed update of Technical Guidance for INSPIRE Download services based on SOS Organised by: Simon Jirka, Alexander Kotsev, Michael Lutz Dr. Simon Jirka (jirka@52north.org) 52 North GmbH Workshop - The
This document is a preview generated by EVS
TECHNICAL SPECIFICATION ISO/TS 19163-1 First edition 2016-01-15 Geographic information Content components and encoding rules for imagery and gridded data Part 1: Content model Information géographique
Using RockWorks for Dredge Mining
Using RockWorks for Dredge Mining Table of Contents Table of Figures... 1 Step 1 Creating a Borehole Manager Database... 1 Step 2 Creating a Borehole Location Map... 3 Step 3 Creating 2D Striplogs... 3
Levels Of Data Interoperability In The Emerging North American Groundwater Data Network
City University of New York (CUNY) CUNY Academic Works International Conference on Hydroinformatics 8-1-2014 Levels Of Data Interoperability In The Emerging North American Groundwater Data Network Boyan
Land Administration Standardization with focus on Surveying and Spatial Representations
Land Administration Standardization with focus on Surveying and Spatial Representations P.J.M. van Oosterom a, *, C.H.J. Lemmen b, H.T. Uitermark c, G. Boekelo d, G. Verkuijl d a OTB Research Institute
Dealing with INSPIRE complexity MIG proposal on alternative encodings
Dealing with INSPIRE complexity MIG proposal on alternative encodings Nathalie Delattre (NGI Belgium), INSPIRE KEN Workshop, Warsaw 27-28 November 2018 Agenda 1. Basics 2. Rationales 3. MIG action 2017.2:
Beyond Rasters: Introducing The New OGC Web Coverage Service 2.0
Beyond Rasters: Introducing The New OGC Web Coverage Service 2.0 Peter Baumann Jacobs University Bremen rasdaman GmbH Jacobs University Bremen International, multi-cultural,300+ students, 0 nations, 75%
International Organization for Standardization Technical Committee 211 (ISO/TC211)
Esri Support for Geospatial Standards: Open Geospatial Consortium (OGC) International Organization for Standardization Technical Committee 211 (ISO/TC211) An Esri White Paper April 2015 Copyright 2015
Serving Large-Scale Coverages - How to Tame an Elephant
Serving Large-Scale s - How to Tame an Elephant OGC Workshop 2 INSPIRE Conference Edinburgh, 29-jun-2011 Peter Baumann Jacobs University rasdaman GmbH OGC WCS.SWG chair OGC spec editor Sensor & Image Data
GeoDCAT-AP Representing geographic metadata by using the "DCAT application profile for data portals in Europe"
GeoDCAT-AP Representing geographic metadata by using the "DCAT application profile for data portals in Europe" Andrea Perego, Vlado Cetl, Anders Friis-Christensen, Michael Lutz, Lorena Hernandez Joint
GMS 8.0 Tutorial MODFLOW Generating Data from Solids Using solid models to represent complex stratigraphy with MODFLOW
v. 8.0 GMS 8.0 Tutorial MODFLOW Generating Data from Solids Using solid models to represent complex stratigraphy with MODFLOW Objectives Learn the steps necessary to convert solid models to MODFLOW data
INSPIRE Spatial Data on the Web building a user-friendly webby SDI
INSPIRE Spatial Data on the Web building a user-friendly webby SDI Linda van den Brink & Friso Penninga (presented by Rob van de Velde) Geonovum Agenda Objective of this presentation: Apply insights from
Online intercomparison of models and observations using OGC and community standards
Online intercomparison of models and observations using OGC and community standards Alastair Gemmell * Jon Blower Keith Haines Adit Santokhee Reading e-science e Centre, Environmental Systems Science Centre,
XML and Inter-Operability in Distributed GIS
XML and Inter-Operability in Distributed GIS KIM Do-Hyun and KIM Min-Soo, Republic of Korea Key words: GML(Geography Markup Language), Interoperability, GIS. SUMMARY Web GIS (Geographic Information Systems)
ESRI & Interoperability. David Danko ISO TC 211 Metadata Project Leader OGC Metadata WG Chair ESRI Senior Consultant GIS Standards
ESRI & Interoperability David Danko ISO TC 211 Metadata Project Leader OGC Metadata WG Chair ESRI Senior Consultant GIS Standards ddanko@esri.com GIS has always required Interoperability Social Factors
PRESENTATION TITLE. Uncertainty - an introductory discussion Robert Wylie. Industry Steering Committee on Wellbore Survey Accuracy
1 PRESENTATION TITLE Tool Wellbore Face Positioning Efficiency, Technical Virtual SectionSurveys, and Positional Uncertainty - an introductory discussion Speaker Information President xndrilling, Inc.
Discover the Depths of Your Data!
www.goldensoftware.cz Discover the Depths of Your Data! Golden Software Presents Powerful and Innovative Well Log and Borehole Plotting for Geoscientists Golden Software, Inc. From the developers of Surfer
GMS 10.3 Tutorial Stratigraphy Modeling Horizon Coverages Use horizon coverages to help control the Horizons Solids operation
v. 10.3 GMS 10.3 Tutorial Stratigraphy Modeling Horizon Coverages Use horizon coverages to help control the Horizons Solids operation Objectives Learn how to constrain the areal extent of the solids created
OGC Schemas Browser: Visualizing OWS XML Schemas
13 th AGILE International Conference on Geographic Information Science 2010 Page 1 of 10 OGC Schemas Browser: Visualizing OWS XML Schemas Alain Tamayo, Carlos Granell, Joaquín Huerta Institute of New Imaging
Open Geospatial Consortium
Open Geospatial Consortium Publication Date: 2018-04-23 Approval Date: 2016-06-23 Posted Date: 2016-06-08 Reference number of this document: OGC 15-118r1 Reference URL for this document: http://www.opengis.net/doc/per/imis-profile-recs4-ows
S-100 Annex B Release Notes
S-100 Annex B B-1 Page intentionally left blank B-2 ANNEX B RELEASE NOTES B-1 Release notes for Edition 4.0.0 Clause numbers: Wherever there is no explicit indication of the edition number, clause numbers
DATA VALIDATION AGAINST SCHEMA AND SOURCE DATA
DATA VALIDATION AGAINST SCHEMA AND SOURCE DATA didier.bouteloup@ign.fr; dominique.laurent@ign.fr 3 June 2016 ign.fr Context IGN has performed data validation twice On test INSPIRE data (2013-2014) On ELF
INSPIRE: The ESRI Vision. Tina Hahn, GIS Consultant, ESRI(UK) Miguel Paredes, GIS Consultant, ESRI(UK)
INSPIRE: The ESRI Vision Tina Hahn, GIS Consultant, ESRI(UK) Miguel Paredes, GIS Consultant, ESRI(UK) Overview Who are we? Introduction to ESRI Inc. and ESRI(UK) Presenters ArcGIS The ESRI Solution to
ENCODING AND DECODING OF PLANAR MAPS THROUGH CONFORMING DELAUNAY TRIANGULATIONS
ENCODING AND DECODING OF PLANAR MAPS THROUGH CONFORMING DELAUNAY TRIANGULATIONS Edward Verbree Delft University of Technology, Research Institute OTB, Section GIS technology, Jaffalaan 9, 2628 BX, Delft,
Esri Support for Geospatial Standards
APRIL 2017 ArcGIS Is Open and Interoperable Esri Support for Geospatial Standards Copyright 2017 Esri All rights reserved. Printed in the United States of America. The information contained in this document
Experiences of UML-to-GML Encoding
Experiences of UML-to-GML Encoding Roy Grønmo, Ida Solheim, David Skogan SINTEF Telecom and Informatics Forskningsveien 1, Pb 124 Blindern, N-0314 Oslo, Norway {roy.gronmo ida.solheim david.skogan}@informatics.sintef.no
ELF Data Specifications
ELF Data Specifications Presentation to: Author: Date: INSPIRE conference Anja Hopfstock (WP2), Antti Jakobsson (ELF project director) 16 th June 2014 Why extending INSPIRE? INSPIRE too much too little
The cadastral data and standards based on XML in Poland
The cadastral data and standards based on XML in Poland Jarosław Bydłosz, Piotr Parzych AGH University of Science and Technology Cracow, Poland 1 XML XML Extensible Markup Language Extensible Markup Language
FP7-INFRASTRUCTURES Grant Agreement no Scoping Study for a pan-european Geological Data Infrastructure D 4.4
FP7-INFRASTRUCTURES-2012-1 Grant Agreement no. 312845 Scoping Study for a pan-european Geological Data Infrastructure D 4.4 Report on recommendations for implementation of the EGDI Deliverable number D4.4