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Presentation to the International Ice Charting Working Group VI 26 October, 2005

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Title: Presentation to the International Ice Charting Working Group VI 26 October, 2005


1
Presentation to the International Ice Charting
Working Group VI26 October, 2005
Ice In ECDIS (Reaching out to our marine users)
  • C. Douglas OBrien
  • Timothy V. Evangelatos

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Ice In ECDIS - Overview
  • ECDIS and its Potential for Safer Navigation
  • Vision for Ice In ECDIS and its History
  • Base Standards incorporating Ice Objects
  • Status of Ice Objects/Registry
  • Authority for Ice Objects
  • Conclusions and Recommendations
  • Future Steps

4
ECDIS and its Potential for Safer Navigation
  • Marine Electronic Highway (MEH)
  • Power of ECDIS lays in integration of databases
  • Delivering INTERNET onboard at low cost is key
    Organize bridge for real time information
  • Optimize use of smart data in an enhanced
    intelligent marine transportation system for
    safer navigation, environmental protection and
    marine transportation efficiency

per Captain John Pace, Ice In ECDIS, June 2000
5
ENC Electronic Navigational ChartSt Lawrence
River Area
Canadian Hydrographic Service
6
ENC Electronic Navigational Chart
US National Ocean Service
7
FINAL PRODUCT DELIVERY
Notice to Mariners
CCG
ECDIS updates Tide info Currents
CHS
Used with permission from Dr. Ahmed Elrabbany
8
Ice In ECDIS Vision
  • In the far northern and southern hemispheres ice
    is a major factor in safe navigation and the
    integration of real time or near real-time ice
    information into ECDIS is an important and
    natural step.
  • To achieve this vision one primary requirement is
    the development of an ICE feature data dictionary
    to work with ECDIS.

9
Ice In ECDIS - History
After many years of effort an ICE Feature Data
Dictionary is now available as a register
compatible with IHO and others
  • 1992 Workshop S57 Object Catalogue - Ottawa
  • 1995 Workshop Standards for Ice Information in
    ECDIS - Ottawa
  • Draft Ice Object Catalogue, Version 1.0
  • 1996 Workshop ECDIS in Ice Navigation Hamburg
  • Ice Object Catalogue, Version 2.0
  • 1999 The ECDIS Ice Chart Project, SevenCs AG
    Co.
  • 2000 Ice In ECDIS Workshop St. Johns, NFLD
  • Ice Object Catalogue, Version 3.0
  • 2002 Integration of Sea Ice into ECDIS,
    University of New Brunswick Project
  • 2004 DGIWG develops structure for Feature Data
    Dictionary Register (Draft)
  • 2005 IHO Ice Registry (Draft)

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Why Registers and Registries?
  • Fundamentally, a register is little more than a
    managed list which assists in defining and
    implementing good business practices
  • Objective is to rethink what we currently do,why
    we do it, and how wed rather be doing it
  • Three major business problems
  • Content update/release is slow
  • Cycle time must be in weeks, not months/years
  • There will be more than one domain data
    dictionary
  • E.g., feature data dictionaries DGIWG FADD,
    military profiles of FADD
  • S57 Feature Object Data Dictionary, ICAO
    aeronautical features, environmental features,
    etc.
  • Concepts may come from multiple sources and be
    managed by different authorities
  • Problem is multi-level bigger than a base
    level catalogue
  • Consider features and attributes
  • Need feature data dictionaries for definitions,
    feature catalogues tobind features and
    attributes to support product specifications
    (and/or feature information content
    specifications)
  • And mappings between different feature
    catalogues/data product specifications to allow
    for interworking

and then leveraging technology -- a means to
the ends, not an end ?
Change management model, develop better tools,
improve access
Use source referencing and compound registers to
pull them together
Layered family of registers with downward
dependencies upward reuse
12
Registr(ies) Model is ISO based
Note MGCP is the military Multinational
Geospatial Co Production project
13
Registry Management
A Registry is the system that supports the
Register
  • Registry Owner
  • Primary responsibility for the management,
    dissemination and intellectual content of the
    registry
  • Registry User
  • Any person or organization interested in
    accessing or influences the content of the
    register
  • Registry Manager
  • Responsible for the administration of the
    registry content. Follows ISO 19135

IHO will establish a compound register that may
contain multiple registers for different domains
in one registry. This will include ICE features
and attributes.
14
Standards-based Geo- feature Registries
AeronauticalFDD Registry
Hydrographic LittoralFDD Registry
Meteorology OceanographicFDD Registry
Other OrganizationsFDD Registry
S-57 Register
FAA Register
Register
JMBL Register
ICE Register
Eurocontrol/AIXM Register
AML Register
NOAA Register
ICAO Register
OEF Register
  • ISO 19110, 19135, 19126
  • A single information model
  • A single management mechanism
  • A common cross-community technical realization

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More
19
Ice Coverage Type - Attributes continued
20
Roles and Responsibilities
ETSI
Ice and Hydro charting communities
ETSI Designate
ESTI-WG
Registry Management
Same Registry Manager as IHO
ETSI
IHO
Clients
21
ISO 19135
Procedures for registration of items of
geographic information
Specifies procedures to be followed in
establishing, maintaining, and publishing
registers of unique, unambiguous and permanent
identifiers and meanings that are assigned to
items of geographic information
  • Roles and responsibilities in register management
  • Register management process
  • Extensible UML schema
  • Simple, multi-part, hierarchical structures
  • Cultural and linguistic adaptability
  • Unique, non-reusable register identifiers
  • Item lifecycle
  • Proposed, Valid (Clarified), Amended (Superceded,
    Retired)

22
ISO 19110
Methodology for feature cataloguing
Defines the methodology for cataloguing feature
types specifies how the classification of
feature types is organized into a feature
catalogue and presented to the users of a set of
geographic data.
  • IHO ECDIS feature catalogue (per S-57) complies
    with this ISO standard.
  • ICE features can be used with S-57 features to
    build compliant feature catalogues.

23
Registry Implementation
  • General approach
  • Schemas engineered in UML (Rational Rose)
  • Prototype implementations in relational DBMS
  • MS Access, Oracle, MySQL
  • Feature data dictionary registries
  • multi part for DGIWG (DGIWG products)
  • 4 part for IHO (S57, OEF, ICE, AML)
  • Coordinated prototypes completed in Spring 05
  • Based on 19135 DIS and 19126 CD
  • Focus on content and management interfaces
  • External interfaces are currently (file)
    report-based
  • Future
  • XML-based content encoding (for interchange)
  • Services-interface?

24
International Ice Services Organizations
  • JCOMM1 Expert Team on Sea Ice (ETSI)
  • 11 Countries (Both Hemispheres)
  • Formerly a sub-group of the WMO, and recognized
    as the body responsible for international ice
    information standards
  • Proposed as the owner of the Ice Objects
    Register2
  • Next Meeting in Halifax, Canada, October 2005.
  • International Ice Charting WG (IICWG)
  • 10 Member Countries (N. Hemisphere) overlap with
    ETSI
  • Ad-hoc WG to coordinate data/product exchange,
    operational procedures, training, forecasting,
    RD
  • Makes recommendations on standards to ETSI
  • Baltic Sea Ice Meeting (BSIM)
  • Global Digital Sea Ice Data Bank
  • North American Ice Service
  • Canadian Ice Service, U.S. National Ice Center,
    Intl Ice Patrol
  • And Others.
  • 1 Joint WMO/IOC Technical Commission for
    Oceanography and Marine Meteorology
  • 2 Reference 10

25
Approval of ICE Register
  • Content of ICE Register presented to the JCOMM
    Expert Team on Sea Ice (ETSI
  • Content will be reviewed by the ETSI team.
    Deadline for comments to be set at the ETSI
    meeting.
  • Comments on the ICE register prepared by the
    TSMAD in spring 2004 were primarily editorial or
    related to integration with S-57 objects and have
    already been included in the register.
  • ICE Catalogue document V 3 has not been updated
    yet awaiting review of the register and a single
    baseline document will be prepared when the
    register is reviewed by the Ice Committee.
    (differences are primarily editorial)
  • The draft implementation of the ICE register has
    been mounted by the UKHO at http//195.217.61.120/
    .

26
Conclusions and Recommendations
  • The technology to produce and view ice objects
    exists (e.g. CARIS (GIS) and OSL (ECDIS)).
  • The Ice Object and Presentation Specifications
    exist (e.g. IHO and AML).
  • Promote the Ice Object Registry.
  • Encourage/Help National Ice Services to
    use/expand the Ice Registry
  • Develop a Demonstration Project
  • Baltic Sea or St. Lawrence River? (Ice already
    planned to be a minor part of the lower St
    Lawrence integrated chart project)
  • How to Kick start? (Military and/or Coast Guard
    support)

27
References
  • 1. "Workshop on International Standards for Ice
    Information in ECDIS," June 27-29, 1995, Canadian
    Hydrographic Service, Ottawa, Canada.
  • 2. Workshop on the Use of ECDIS in Ice
    Navigation, May 1996, DHI, Hamburg, Germany.
  • 3. Ice information in ECDIS , Wolf Scheuermann
    et al, SevenCs, January 1999.
  • 4. Ice in ECDIS Workshop, June 3,4, 2000, St.
    Johns, Canada.
  • 5. ECDIS Ice Objects, Version 3.0, Canadian Ice
    Service, March 2001.
  • 6. Analysis of the Ice Catalogue 3.0, Paul
    Birkel, MITRE, Unpublished Report, October 2003.
  • 7. On the Integration of Sea Ice Information
    into ECDIS, S. Diarbakerly et al, FIG XXII
    International Congress, 2002.
  • 8. A Model for Automatic Integration of Ice
    Information into the ENC, A. El-Rabbany et al,
    IHO Review, April 2004.
  • 9. Draft IHO Ice Data Registry,
    http//195.217.61.120/.
  • 10. Final Report No. 30, Joint WMO/IOC Technical
    Commission for Oceanography and Marine
    Meteorology (JCOMM) Meeting, Toulouse, May 2004.
    Paragraph 3.21
  • 11. The Electronic Chart Functions, Potential
    and Limitations of a New Marine Navigation
    System, Horst Hecht/ Bernhard Berking/ Gert
    Büttgenbach/ Mathias Jonas/ Lee Alexander

28
For more Information
  • C. Douglas OBrien, IDON Technologies Inc.

Timothy V. Evangelatos, Terraqueous Technologies
Acknowledgement The authors would like to thank
the Canadian Hydrographic Service for their
support in preparing this presentation.
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