Products of IGIS Project.pdf - INSPIRATION

Products of IGIS project
Republic Geodetic Authority, Serbia
2nd National WorkShop
INSPIRATION - Spatial Data Infrastructure in the Western Balkans
Belgrade, 06 th – 07 th June 2013

INSPIRE direktive
INfrastructure for SPatial InfoRmation in Europe
http://inspire.jrc.ec.europa.eu
Implementation 2007 – 2020
EU INSPIRE directive lays foundation for comprehensive harmonization
of geoinformation within EU for environmental policy making.
A uniform infrastructure enables data exchange and makes geodata
available on national level and across Europe.

IGIS project implementation in Serbia
National Spatial Data Infrastructure
and Remote-Sensing Centre
for the Republic of Serbia
based on IGIS (Integrated Geo-Information Solution)

IGIS project
IGIS project
National Spatial Data Infrastructure
and Remote-Sensing Centre
for the Republic of Serbia based on IGIS (Integrated Geo-Information Solution)
EADS Astrium
IGN France
Project partners:
Republic Geodetic Authority
Kick-off meeting on 22. September 2010

IGIS project - concept
The IGIS concept is comprised of two core components:
1) Data: provides the content of the SDI and the corresponding data that describe
the dataset;
2) Services: enable access to and use of the data.
Data:
Satellite imagery and digital aerial imagery;
LIDAR data;
Remote sensing data:
land use, agriculture, hazard and
environmental maps;
3D topographic vector data (TDB);
Digital and hardcopy maps;
Services:
Technical infrastructure:
Archiving and hosting capabilities
Central Data Repository
Web Portals for data and service dissemination
METIS
INSPIRE compatible
WebBoutique/DataDoors

IGIS project - planning
Space & aerial data over 4 years (Spot 4, Spot5, Geoeye, ADS80, UCXp, LIDAR,
other available satellite data …);
Infrastructure delivery in Nov 2011;
Large phase of training/know-how transfer over 3 years;
+ 1 year of maintenance: 2014.
System design
Site recommendations
Infrastructure
Customization
Training planning
Data delivery planning
First Dataset deliveries
Parameter setting
Adaptations
Tests & assembly
Validation
Following Data sets
delivery
Maintenance
Support
Training & know how
transfer
3 years project

IGIS project - components
Base data [Satellite, aerial & LiDAR]
Production Workshops
Infrastructure
[Data repository & WEB portals]
Sensor and
External Data
LiDAR
workshop
Geometric
workshop
Remote
Sensing
workshop
Access services
Data
Repository
[SDI]
Stereo-
Plotting
workshop
Map Editing
workshop
WEB portals

IGIS project – Production Workshops
Production chain
Base Data
‘End User’ Products
Base
Aerial
Data
Base
Satellite
Data
Geometric
workshop
Remote
Sensing
workshop
Stereo-
Plotting
workshop
Vector Topo Products
Agro-Environmental
Products
Map Editing
workshop
Maps
LiDAR
Data
LiDAR
workshop
Digital Terrain Model

IGIS project - Geometric Workshop
The Geometric workshop is designed to support:
• Acquisition of aerial and procurement of satellite data as well as its verification;
• Generation of specific products (DTM,DSM, DOP, true-DOP, mosaics etc.) through
Pixel Factory software solution;
• Provision of elementary data for Remote Sensing (ortho scenes), Stereo Plotting
(stereo pairs) and Map Editing workshop (digital terrain model);

IGIS project - Geometric Workshop
Acquisition of aerial data:
• National coverage
(ADS80 & UCXp sensors, GSD 40cm,
60%-30% overlap);
• 90 urban areas
(UCX, UCXp & ADS80 sensors, GSD 10cm,
60%-30% overlap);
• 2 main cities
(UCXp sensor,GSD 10cm, 80%-80%
overlap).

IGIS project - Geometric Workshop
Procurement of satellite data:
• National coverage
(SPOT5, pan 2.5m/ms 10m);
• Area of AP K&M
(Geoeye, pan 0.41/ms 1.65m);
• Areas in Vojvodina, central and south Serbia
(SPOT 4: pan 10/ms 20m, SPOT5: pan 2.5/ms 10m,
SPOT6:pan 1.5/ms 6m);
• Scenes for urgent purposes
(appropriate and available satellite system).

IGIS project - Geometric Workshop
Products of the Geometric workshop:
• Satellite mosaics of the whole country;
• Orthorectified satellite scenes;
• Digital terrain models;

IGIS project - Geometric Workshop
Products of the Geometric workshop:
• Digital orthophotos of 2.5m GSD;
• Digital orthophotos of 10cm and 40cm GSD;
• True-orthophotos of 10cm GSD.

IGIS project - LiDAR Workshop
LiDAR workshop is designed to support:
• Acquisition of LiDAR data and its verification;
• Generation of high precision DTMs.
Acquisition of LiDAR data:
• Flood prone area of Tisa River (1900 km 2 );
• ALS70 sensor, 2.3 pnts/sqm in nadir,
pnts density 0.60/0.70m;
• Applied SQM_2011.

IGIS project - LiDAR Workshop
Product of LiDAR workshop:
• High precision DTM of 15cm average height accuracy and grid of 1m.
Tools:
• Bentley-MicroStation
• TerraSolid.
LiDAR movie

IGIS project – Remote Sensing Workshop
The Remote Sensing workshop is designed to enable RGA to produce:
• Land use and land use changes maps;
• Environmental maps and/or indicators to feed natural monitoring program
(e.g. deforestation);
• A range of agriculture maps to support ministry of Agriculture to
monitor/control crop-lands with respect to national or European standards;
• Wide range of thematic mapping products (hazards maps, habitat maps etc.).
April 2011
June 2011
August 2011
September 2011

IGIS project – Remote Sensing Workshop
Available satellite imagery from the project:
• SPOT4
10 m panchromatic imagery;
20 m multi-spectral imagery;
• SPOT5
2.5 m panchromatic imagery;
10 m multi-spectral imagery;
• SPOT6 (in 2013)
Ortophoto imagery – 0.4 m
Satellite imagery– SPOT5 10m
1.5 m panchromatic imagery;
6 m multi-spectral imagery;
Available DOP/ortho images-GSD 0.40m:
• CARDS project;
•IGIS project
Classified content

IGIS project – Remote Sensing Workshop
Outcomes of imagery processing
• Biophysical parameters
Satellite imagery
WaterCoverFraction
CanopyShadowFactor
GreenCoverFraction
• Land cover map
• Agriculture Land Cover Map
Tools:
• Overland;
• eCognition.

IGIS project – Remote Sensing Workshop
Overview of
demonstrated areas
in the project
Agriculture
Land Cover Map
Biophysical
parameters
Land cover
map

IGIS project – Remote Sensing Workshop
Data Quality Control/Validation
• GHCP (Ground Habitat Control Points) for validation
of Land Cover Map and Agriculture Land Cover Map
• GRID control points [2km]
for validation of Land Cover Map
Ortophoto imagery
Satellite imagery

IGIS project – Remote Sensing Workshop
Sample: Land Cover Map

IGIS project – Remote Sensing Workshop
Sample: Agriculture Land Cover Map

IGIS project – Stereo Plotting Workshop
The Stereo Plotting workshop is designed to support:
•The production of 3D vector topographic layer from aerial image stereo pairs;
•GIS unit to structure a vector data base from 3D digitising;
Tools:
• GeoView software with 3D visualisation capabilities;
•Spatial data base (ArcGIS geodata base; PostGreSQL/PostGIS server data base).

IGIS project – Stereo Plotting Workshop
The Stereo Plotting workshop is linked directly with:
The geometric workshop
Input: stereo pairs + parameters for orientation of imagery
The map editing workshop
Output: vector data base for a map publishing and printing

IGIS project – Stereo Plotting Workshop
Vector data gathering in stereo-model

IGIS project – Stereo Plotting Workshop
Generating of contour lines

IGIS project – Stereo Plotting Workshop
Topographic-cartographic data base
Overview of production

IGIS project – Map Editing Workshop
Map Editing Workshop allows from the vector data captured in the Stereo-
Plotting workshop:
• Generation of digital and hardcopy maps (with assigned symbology and design)
from vector data automatically;
• Design of any derived maps as per customised requirement.
Production process from vector data base to maps for printing or for the Internet:
Definition of templates;
Automatic map generation from the Data Base;
Design of on-demand products for any scale.

IGIS project – Map Editing Workshop
Tools:
LorikGISMapper provides customisable and automatic processes for association of
data base to library of graphic styles as well as automatic cartographic generalisation.
LorikPublisher automatically generates maps from cartographic repositories or GIS
sources varying in format and structure through fully customizable layout models.It is
used for manual map generalisation and map preparation for printing.

IGIS project – Map Editing Workshop
Topographic map 1:20 000

IGIS project – Overall logistical architecture
Sensor Data + External product
Geometric WS
Pixel Factory
Remote Sensing WS
Lidar WS
Overland
Definiens
Biotope
Sensor data
Ortho
Mosaic
Lidar sensor
Ortho
Mosaic
St pairs
DTM/DSM
Thematic
Maps
DTM
Central Data Repository
Servers & Storage
View
+
ArcGIS Server
IGIS DMC Server
WMS WCS
Topographic
DB
Maps
Stereo Pairs
Ortho image
Mosaic
Stereo Plotting WS
Geoview
ArcGIS client
Topographic db
Map editing WS
Lorik Mapper
Lorik publisher
INSPIRE Web
Portal Server
(Geoportal Extension)
CSW
Copy of Ortho, Mosaic,Thematic
maps, Vector from CDR
Discover
Web boutique
Datadoors
DataDoors Web Client
Web public user
Request
Federated Catalog
Access
Metis
Discover +
download Discover +
view
Metis Client
Intranet user
External Catalog
(Spot Image)
Discover
View +
Download
Flex Client
RGZ Partner
users

IGIS project – Training, expertise & know how transfer
Smooth handover towards RGA staff:
Study Tour in France
At Factory Training in Astrium and IGN France
On Site Training in Serbia
On the Job Training in Serbia
Support
Maintenance up to 2014

IGIS project – Outcomes
Development of capabilities for production, update and dissemination of
geoinformation for the benefit of Serbian citizens, as well as the public and private
sectors;
Efficient and optimised process to maintain the spatial data up to date;
Production of new databases within the RGA is in progress according to INSPIRE
Annex I data models;
Access to metadata, spatial data and services via the Internet;
Improved and efficient communication as well as geoinformation exchange
between the public authorities.

Geoportal ‘GeoSerbia’

Geoportal ‘GeoSerbia’

Space is connecting people
www.rgz.gov.rs
www.geosrbija.rs
Thank you on your attention!