Spatial data are indispensable in supporting
disaster responders. Accurate locations of disaster areas will help
responders to create an appropriate response in reducing the
impact of the disaster. Indonesian Geospatial Information
Agency (BIG-Badan Informasi Geospasial) has made spatial data
available for emergency response activities across the country. In
2011, BIG launched a geoportal, which is a part of National
Spatial Data Infrastructure Network (NSDIN). For data related
to the disaster, Indonesian National Board for Disaster
Management (BNPB) handles them that is a part of the network.
At the national level, the data are in medium and small scale and
not suitable for operational purposes such as in disaster response.
Indonesian law on geospatial information has ordered the local
government to develop local SDI to solve it. In disaster response
phase, the data should reflect the latest situation, complete and
reliable. They should be available in a short time period. SDI has
impediments to meet these criteria because it is built based on the
authoritative perspective that is not agile. On the other side,
crowds enrich and update data rapidly by utilizing web 2.0
technology (e.g. social media and map applications). This paper
discusses existing SDI frameworks and crowdsourcing concepts
in Indonesia and global levels to come up with a new framework
that can comply with disaster response activities.
Level
Internasional
Status
Dokumen Karya
No
Judul
Tipe Dokumen
Aksi
1
ยป TPC Members.pdf
[PAK] Informasi Dewan Redaksi/Editor/Steering Committee
2
organising committee.pdf
[PAK] Dokumen Susunan Panitia
3
Originality_Towards SDI Services for Crowdsourcing Spatial Data in Disaster Response.pdf
Cek Similarity
4
Universitas Gadjah Mada Mail - [InAES 2___r Response_) is accepted in InAES 2017.pdf
Bukti Review Artikel
5
dok lengkap.pdf
[PAK] Full Dokumen
6
Sertifikat InaAES 2017.pdf
Artikel dan Sertifikat/Bukti Kehadiran/Pasport (jika tidak ada sertifikat)
