Land administration domain model ladm iso 19152 spatial unit package and spatial profiles
This presentation is the property of its rightful owner.
Sponsored Links
1 / 24

Land Administration Domain Model (LADM, ISO 19152) Spatial Unit Package and Spatial Profiles PowerPoint PPT Presentation


  • 270 Views
  • Uploaded on
  • Presentation posted in: General

Land Administration Domain Model (LADM, ISO 19152) Spatial Unit Package and Spatial Profiles. Peter van Oosterom ISO/TC211, LADM workshop, Québec,Canada, 4 November 2009. Content. Introduction Spatial Unit Spatial Representation/ Survey Spatial profiles Conclusion. ISO 19152 Scope.

Download Presentation

Land Administration Domain Model (LADM, ISO 19152) Spatial Unit Package and Spatial Profiles

An Image/Link below is provided (as is) to download presentation

Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author.While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server.


- - - - - - - - - - - - - - - - - - - - - - - - - - E N D - - - - - - - - - - - - - - - - - - - - - - - - - -

Presentation Transcript


Land administration domain model ladm iso 19152 spatial unit package and spatial profiles

Land Administration Domain Model (LADM, ISO 19152)Spatial Unit Package and Spatial Profiles

Peter van Oosterom

ISO/TC211, LADM workshop, Québec,Canada, 4 November 2009


Content

Content

  • Introduction

  • Spatial Unit

  • Spatial Representation/Survey

  • Spatial profiles

  • Conclusion


Iso 19152 scope

ISO 19152 Scope

  • reference model (abstract, conceptual schema)

  • land/water, below/above surface

  • basic classes: (1) parties, (2) rights, responsibilities, and restrictions, (3) spatial units, (4) spatial sources, and (5) spatial representations

  • terminology enabling communication

  • shared description of formal or informal practices

  • basis for national, and regional profiles (application schema)

  • blueprint stereotype for classes in external databases: person, address, data, data, and taxation data

  • no interference with (national) land administration laws


Ladm core new name la baunit

LADM core: new name LA_BAUnit

  • explicit modeling ‘real estates’; e.g. LA_Party Peter has LA_RRR ownership on LA_BAUnit Peter’s estate consisting of 2 LA_SpatialUnit parcels (with same LA_RRR)

  • LA_BAUnit stands for Basic Administration Unit


Content1

Content

  • Introduction

  • Spatial Unit

  • Spatial Representation/Survey

  • Spatial profiles

  • Conclusion


La spatialunit alias la parcel

LA_SpatialUnit (alias LA_Parcel)

  • LA_SpatialUnit specializations: network, building unit

  • organized in LA_Layer based on structure or content

  • 5 types: point, text (unstructured) line, polygon, and topology

  • 2D and 3D integrated without complicating 2D


Content2

Content

  • Introduction

  • Spatial Unit

  • Spatial Representation/Survey

  • Spatial profiles

  • Conclusion


Spatial representation and survey subpackages of spatialunit

Spatial Representation and Survey subpackages of SpatialUnit

  • Geometry, topology of Spatial Units (based ISO 19107)

  • Spatial source (based ISO/CD 19156 Observations and Measurements)


2d and 3d integration

2D and 3D integration

  • observation: 2D description implies 3D prismatic volume

  • 2D polyline (GM_curve) implies string of vertical faces


2d and 3d integration1

2D and 3D integration

  • 2D polyline (GM_curve) implies string of vertical faces: LA_BoundaryFaceString

  • true 3D described with arbitrary oriented faces: LA_BoundaryFace


Code lists

Code lists

  • Typical example values

  • Not limited to given values

  • Can be extended in country profiles


2d and 3d integration2

2D and 3D integration

  • between 2D and 3D spatial unit transition via liminal spatial units


Introduction of la layer

Introduction of LA_Layer

  • organization based on content or structure:

    • example 1, content-based: one layer with ‘primary’ (strongest) rights, another layer with rights that can be added/subtracted (e.g. restrictions)

    • example 2, structure-based: one layer with topologically structured parcels (one part of the country), another layer with (unstructured) line based parcels (other part of country)

  • can also be used in 3D context:one layer ‘normal’ parcels, anotherlayer with subtracted 3D parcels

  • based on independence principle

  • each country design own layers


Content3

Content

  • Introduction

  • Spatial Unit

  • Spatial Representation/Survey

  • Spatial profiles

  • Conclusion


Iso 19152 annexes

ISO 19152 Annexes

  • Abstract Test Suite

  • Social Tenure Domain Model

  • Instance Level Cases

  • Country Profiles

  • Spatial Profiles

  • Legal Profiles

  • LADM and INSPIRE (Cadastral Parcels)

  • LADM and LPIS (Agricultural Parcels)


Spatial profiles fill in the options

Spatial profiles fill-in the options

  • Text

  • Point

  • Unstructured line

  • Polygon

  • Topology

  • 2D

  • 3D

  • Mixed

    Gives 5 times 3 options (15 in total), now 3 examples


Point based 2d

Point based (2D)

The following classes should be omitted

  • LA_BoundaryFaceString;

  • LA_BoundaryFace


Unstructured line based 2d

Unstructured line based (2D)

The following classes should be omitted

  • LA_BoundaryFaceString


Examples from the queensland dcdb

Examples from the Queensland DCDB

  • Original boundaries

  • No splitting

  • Compact


Topology based 3d

Topology based (3D)

The following class is omitted

  • LA_BoundaryFaceString


Content4

Content

  • Introduction

  • Spatial Unit

  • Spatial Representation/Survey

  • Spatial profiles

  • Conclusion


Conclusion

Conclusion

  • Spatial Unit is one package with two subpackages (Survey and Spatial Representation)

  • Spatial Units are universal in their land administration application (ownership, easement, utilities, building,..)

  • Range of representations: text  3D topology

  • Based on other ISO standards ISO19107 and ISO19156

  • Integrate 2D and 3D representations


  • Login