SISTEM INFORMASI GEOGRAFIS (SIG) IMB PEMERINTAH KOTA SURAKARTA
Abstract
In line with the rapid urbanization and industrialization, urban problems in Surakarta become increasingly complex and complicated. Existing policies, equipment and land management becomes as if progress is inadequate to address the problems of economically and sustainably. In order to cope with rapid urban development, Government of City Planning Surakarta, preparing Geographic Information System (GIS) Surakarta. GIS developed here is that according to the Department of City Planning function is the Building Permit (IMB). Geographic Information Systems Building Permits establish Surakarta has a function that can help facilitate the process data (attributes and graphics) simultaneously into useful information for decision making on policy related to planning and service to the community. With this system Surakarta City Planning can easily analyze the data base and the position of all the interests pertaining to the IMB so that the decision-making process can be fast and effective. Keywords: Orthorectification, Rectification, GPS, GCP, DEM, Quickbird Satellite Imagery, Visual Basic and Map Object.References
Prahasta, E. (2008). Remote Sensing,
Penerbit Informatika.
Garmin. (2005). Available at :
http://www.garmin.com
Harintaka & Irawan S. (2004). Kajian
Beberapa Metode Transformasi Dua
Dimensi untuk Koreksi Geometrik Citra
Satelit.
Joenil K. (2006). GEODESI: Teknik
Kuadrat Terkecil. Penerbit ITB.
Marko P. (2009). Orthorectification of the
Ikonos Satelt Imagery. Available at :
http://www.intergeo-
east.com/kongress/programm/papers/55_MI
LAN%20KOSTIC%20ORTHORECTIFIC
ATION%20OF%20THE%20IKONos%20S
ATELLITE%20IMAGERY.pdf
Validan Z. (2009). Rigorous and Non-
Rigorous Photogrammetric Processing
of Ikonos Geo Image. Available at :
www.ipi.uni-
hannover.de/fileadmin/institut/pdf/valadan.
Pcigeomatic. (2004). Pcigeomatic,
OrthoEngine® IKONOS Models Technical
Specifications. Available at :
http://www.pcigeomatic.com
Pcigeomatic. (2004). Pcigeomatic,
OrthoEngine® Automatic DEM Technical
Specifications. Available at :
http://www.pcigeomatic.com
Pcigeomatic. (2004). Mapping of IKONOS
images using minimum ground control
points. Available at :
www.pcigeomatics.com/pdfs/Ikonos.pdf
PENS-ITS. (2004). Interpolasi Linier,
Kuadratik, Polinomial, dan Lagrange,
Penerbit Politeknik Elektronika Negeri
Surabaya – ITS.
Philip C. (2006). Orthorectitification and
Dem Generation From High Resolution
Satellite Data. Available at :
www.crisp.nus.edu.sg/~acrs2001/pdf/070ch
eng.pdf
Protec Ikonos Satellite Deira. (2003).
Protec Ikonos Satellite Deira, PT. Deira
Sygisindo.
Protec GPS Deira. (2003). Protec GPS
Deira, PT. Deira Sygisindo.
Richardus E.I. (2004). Manajemen Sistem
Informasi dan Teknologi Informasi.
SpaceImaging. (2002). Space Imaging,
Available at : 2002,
http://www.spaceimaging.com
SpaceImaging. (2004). Space Imaging,
Available at :
http://www.spaceimaging.com
Sri H.S. (2003). Penginderaan Jarak Jauh
dan Pengenalan Sistem Informasi Geografi.
Penerbit ITB,
Subagio. (2002). Pengetahuan Peta.
Penerbit ITB
Susaki J. (2009). Geometric Correction of
High Resolution Satellite Data Effect of the
Distribution, Accuracy and Number of
GCP. Available at: www.aars-
acrs.org/acrs/proceeding/ACRS2005/Papers
/DIP-3.pdf
Thierry T. (2008). Geometric Processing Of
Ikonos Geo Images With Dem.
Available at :
www.photogrammetry.ethz.ch/general/pers
ons/jana/isprs/tutmapup/ISPRS_tutorial_To
utin_hannover1.pdf
TNTmips. (2008). Orthorectification Using
Rational Polynomial. Available at :
http://www.microimages.com
Umaryono P. (2004). Hitung dan Proyeksi
Geodesi. Penerbit ITB.
Umaryono P. (2004). Sistem dan
Transformasi Koordinat. Penerbit ITB.
Hasanuddin Z.A. (2000). Penentuan Posisi
dengan GPS dan Aplikasinya. Pradnya
Paramita.
Hasanuddin Z.A. (2002). Survei dengan
GPS dan Aplikasinya. Pradnya Paramita.
Hasanuddin Z.A. (2004). Geodesi Satelit I.
Penerbit ITB.
Hasanuddin Z.A. (2004). Geodesi Satelit
III. Penerbit ITB