open based systems eng 010706 titech
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Status Report and Proposed Actions
Spatial Open based Systems for Indonesian Environment (SOFIE)
andManagement and Applications of natural Resource and
environmental sound Technologies and Information Network (MARTIN)
version 1.026.06.06
Farhan Helmy
Open based Systems?
Definition: Interaction among software, hardware, human resources and others designed to fulfill any need: clearly defined, available and accessible to the public, consensus based management.
Mission: to foster geo-spatial data/information and technology and their applications to broader stakeholders and public.
Goals: (1) provide freely accessed and free of charged geo-database (2) promote the use of open source based software (3) advance the use of open standard and its interoperability (4) facilitate policy and technical dialogue fora (5) gather potential trust fund and grant to develop technology and its applications for environmental and natural resource management (6) establish user groups.
Why Open based Systems?
Information asymmetry among stakeholders (governmental and non-governmental organizations and public) leads to inefficient and unsustainable natural resource and environmental management.
Bapedalda in 33 provinces, 467 districts 500 units of GIS system (IT infrastructure + data/year) 500 x ( 5,000 USD + 15,000 USD) = 10,000,000 USD !!!, Village = 60,000 ????
Information and communication technology (ICT) development, i.e. Google Earth, WikiPedia, etc.
Recent environmental problem solving (disaster, environmental health, etc.) requires comprehensive and systematic (macro-micro) approaches and accurate and uptodate data and information data/information/knowledge and expertise sharing.
Initiatives & Innovations
National National Spatial Data Infrastructure (IDSN) GIS and Remote Sensing Forum (RSGIS) Participatory Mapping Network (JKPP) ITB Broad Band and Super High Speed Internet Connection
= 55 MB/sec !!! [AI3 Japan, EU] Substantive Communities (chem-is-try; ilmukomputer.com;
econophysics, modeling, quantitative social analysis; etc.)
International Open GIS Consortium (OGC) GRASS GIS, Public Geo Data (GRASS, GWiki, OSGeo.org) Earth Trends Environmental Information (WRI) City of State of the Environment Report (CEROI)
OUTPUT
• Status Lingkungan Hidup Indonesia (SLHI)
• Rapid Environmental Assessment and Action
(REA2)
• Damage and Risk Assessment
• Monitoring and Evaluation
Decision Support Systems (DSS)
INTERNALIZATIONDSS Technical Stafs
Policy Dialogue
NETWORKINGDSS CommunitiesICT Infrastructure
DATABASESpatial
non-spatialReferenceMetadata
TOOLSGIS and RS
Statistical AnalysisModeling
Open based Systems
MOE DSS Framework
POLICY EXERCISE
ModelCase Studies
Thematic Scopes OGC
Software and ICT applications Data model and its interoperability Digital data acquisition Data exchange mechanisms Spatial and non-spatial data integration Resource sharing Open based systems institutionalization at
university/research communities, governmental and non-governmental organizations
Information network
Action Plan
Development Codes: (1) SOFIE (Spatial Open based Systems for Indonesian Environment) (2) MARTIN (Management and Applications of natural Resource and environmental sound Technologies and Information Network)
Partners: ITB, GRASS GIS/GTZ, UNEP, TITech Focus: software, database, capacity building, public access,
information network, decision support system (DSS), disaster risk reduction and management.
Showcase: NAD Province (22 districts, Sum_backbone), Slamet Mountains (8 districts, Java_backbone)
Potential Funding Sources: APBN, UNEP, GTZ, KLH (MOE Task Force for Aceh and Nias)
Timeframe: 2006-2009
Identified Interest Mapping
Partners Identified Interest
KLH Spatial based DSS and Policy Research Environmental and natural resources database development Broadening public access to information Information network Monitoring and evaluation
ITB Research System development Capacity building (students, research units)
GRASS/GTZ System development Database development Capacity building Information network development GIS and remote sensing applications for environmental management.
UNEP Environmental quality monitoring Capacity building on environmental management system Information network
Strategic Approach
Create comprehensive environmental database at large scale (1:5,000 or larger) on existing condition and trends (covering social, economic and environmental aspects) in the vulnerable areas based on GIS and spatial/remote sensing data.
Extensive use of information and communication technology to reach broader audiences under the auspices outstanding national as well as international institutions.
Develop free public access to information through the digital library network and public domain based systems
Encourage policy development dialogue with donor and multilateral financial agencies on open based systems policy and program development.
Strengthening individuals and organizations in using public domain based systems.
SOFIE + MARTIN version 1.0 Road Map
Component Activities Partners Timeframe
System GRASS GIS 6.02 (LINUX/KNOPPIX, Windows/Cygwin) PostGRESS/PostGIS) Database Map Maker
ITB, GRASS 2006 - 2007
Database Digital Data Conversion Digital Data Acquisition Standard Format Exchange (SFE)
ITB, GRASS 2006 - 2007
Human Resources
Spatial Planning Training Phase 2 (UNEP) Internal MOE training course
ITB, UNEP 2006 - 2007
Information Dissemination
Translation/Publishing Book/Technical Guidelines SOFIE Workshops [Jakarta, Bandung] User Group establishment http://opensource.indonesia-environment.net/
GRASS/GTZ
ITB
2006
Applications Development
Integrated watershed management Illegal Logging Modus Operandi Mapping
ITB, UNEP, GRASS
2006 - 2009
Progress 26.06.06
ITB Digital Data Conversion (Arc View GRASS
LINUX/Knoppix, Fedora, Windows/Cygwin) Preliminary Technical Discussion with Information Research
Center (PSDI) Asian Internet Interconnection Initiatives (AI3)
Australia’s Academic Research Network (AARnet)
Indonesian Research Education Network (ID-REN)
Indonesian Higher Education Network (Outreach, INHERENT)
Trans-Eurasia information Network (TIEN2, topology)
Indonesian Higher Education Network (INHERENT)
Proposed by Directorate General of Higher Education Connecting Indonesia Higher Education Institution by
STM-1 National Backbone (for Java Area) and 8 Mbps other area
Start on late July or August 2006 and connecting 31 University on every province
The network will connect more than 200 State University and 500 private university
Indonesia-wide Network
JAVA Backbone (STM-1 fiber)
Sumatera Backbone
Further Information:
Farhan HelmySakano LaboratorySchool of Decision Science and TechnologyDepartment of Social EngineeringTokyo Institute of [email protected] atau [email protected]