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GIS
Strategies of NGIS in Preparation for Paradigm Shift
in Geospatial Information
2007-13 GIS
, , , , / /
2-22 / 2007 12 26 / 2007 12 31
1591-6 (431-712)
031-380-0114() 031-380-0426() / 031-380-0470
7,000 / ISBN978-89-8182-491-4
B170900
http://www.krihs.re.kr
2007,
.
200713
GIS
Strategies of NGIS in Preparation for Paradigm Shift
in Geospatial Information
()
( )( )( )( )( ) ( ) /
P R E F A C E
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u-Korea, IT839
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4. 157
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The Pathway to the GIS of the Future : GIS (Interoperability)
6) Cliff Kottman. 2001. "White Paper on Trends in the Intersection of GIS and IT" Open GIS Consortium.
12 GIS
Dorota A. Grejner-Brzezinsk (2004) ,
7) , , ,
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(Mobile Mapping)
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Kumagai Kiyoshi(2006) : Geotronics
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7) Dorota A. Grejner-Brzezinska, Ron Li, Norbert Haala, and Charles Toth. 2004. "From Mobile Mapping to Telegeoinformatics: Paradigm Shift in Geospatial Data Acquisition, Processing, and Management" Photogrammetric Engineering & Remote Sensing. Vol. 70, No. 2, Feb 2004. PP. 197-210.
8) . 2002. . .9) Kumagai Kiyoshi. 2006. : Geotronics. The Journal
of Survey. Vol. 49 No. 6. pp 12-13.
1 13
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10) Geotronics Geography Electronics 11) . 2006. . NIKKEI BP
14 GIS
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Information Systems and Science" Wiley. pp. 11~12.29) . 2001. . : . 1998. . : . pp. 14~15
2 23
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, (Raw geographic facts)
: Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind. 2005.
"Geographic Information Systems and Science" Wiley. p. 13. .
2.
1)
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30) http://100.naver.com/100.nhn?docid=1565231) Eric Wang. 2005. ,
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26 GIS
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41) Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind. 2005. "Geographic Information Systems and Science" Wiley. pp. 8.
42) http://vega.soi.city.ac.uk/~dk708/pg2_2.htm43) Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind. 2005. "Geographic Information
Systems and Science" Wiley. pp. 8-11.
2 29
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44) http://www.iso.org/45) http://www.opengeospatial.org/46) Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind. 2005. "Geographic Information
Systems and Science" Wiley. pp. 18~24.
2 31
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1990 Michael
F. Goodchild(1992) .
, .
GIS , ,
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.
.
(Cognitive Science)
,
.
.
GIScience
: Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind. 2005. "Geographic Information Systems and Science" Wiley. p. 29.
47) Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind. 2005. "Geographic Information Systems and Science" Wiley. pp. 28~29.
2 33
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: . 1999. . . p. 12
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34 GIS
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36 GIS
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52) . (Paradigm Shift)
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(Remote Sensing, RS) GPS(Global Positioning System) ,
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. 1960
, 1972 ERTS(Earth Resource Technology Satellite)58)
. , (SPOT),
(MOS, JERS), (IRS), (ERS), (RADARSAT)
.
.
IKONOS59) Quickbird60)
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.60) Digital Glove 2001 Pan 60cm,
Multispectral 2.4m .61) LIDAR DEM , , , ,
44 GIS
DEM
.
GPS 1970
1996
. GPS
.
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(Static Survey), RTK(Real Time
Kinematic) .
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CNS(Car Navigation System), LBS(Location Based Service), INS(Inertial
Navigation System), IMU(Inertial Measurement Unit)
.
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GPS 62).
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3 45
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. , ,
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,
.
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46 GIS
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,
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3 47
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.
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(Generalization) . ,
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.
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48 GIS
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(intelligent) ,
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3 49
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Application Server), SOA(Serive-Oriented
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Summary 167
S U M M A R Y
SUMMARY
Strategies of NGIS in Preparation for Paradigm Shift
in Geospatial Information
Ho-Sang Sakong, Ki-Hwan Seo, Young-Joo Lee,
Jong-Taek Park, Yong-Cheol Suh
The study has been embarked on to explore measures to actively
respond to rapid change in the technological, industrial and
socio-cultural environment for national geographic information
system(NGIS) construction. The NGIS has been under promotion for
more than 10 years since 1995 when the nation launched the project
recognizing the importance of spatial information, which had been
increasingly felt as the informatization society advanced. In particular,
the study aims to present strategies for the NGIS to brace for the future,
which will be created with the rapidly changing environment for
construction and application of spatial information. To this end, the study
introduces the concept of a paradigm, and comes up with the strategies
based on analysis and forecast for the future society.
To achieve the research goal, first of all, the study reviews theories
on spatial information and paradigm along with the background. Then,
it analyzes the paradigm shift in spatial information using the analysis
168
framework presented in Figure 1 while looking into technological,
industrial, and socio-cultural aspects of spatial information.
Analysis Framework for Paradigm Shift in Spatial
Information
As a result, the following five trends have been identified in the
spatial information technology; firstly, transition from individual
technology to convergence technology; secondly, from technologies for
expression and analysis to Geo-intelligence technology; third, from a
wired network to mobile technology; fourth, from two- and
three-dimensional to four-dimensional technology for realization of a
virtual world; and lastly, from limited access to spatial information to
open, shared information.
The current trends in the spatial information industry is firstly, from
secondary industry centering around existing data collection and
database construction to service-oriented tertiary industry; secondly,
from production-oriented to value creation-oriented; third, generalization
and specialization occur simultaneously with the scope for experts
reducing while that for the general public expanding; fourth,
globalization and localization of spatial information services that utilize
the Internet and advanced web technologies take place simultaneously;
and lastly, convergence of industries and services occurs with the spread
of digital convergence, thus leading the industry to evolve into a
geo-fusion type as seen in the value chain of existing spatial information
Summary 169
industries being restructured.
Lastly, the following five trends have been identified in the
socio-cultural trends related to the environment for spatial information
application; firstly, convergence occurs with spatial information
converged with various IT technologies and cultural contents. That is,
through convergence of GIS technology with new ICT technology, the
spatial information industry is expanding with public use of the GIS
advanced.
Second, networking of the spatial information infrastructure is
expected to activate spatial information-based participation in social
issues, and increase resident participation in the process of policy
decision-making through the participating-type GIS.
Third, the accelerating API-based opening-up of spatial information
is expected to allow production of various spatial information-based
additional information such as g-contents, thus creating a new GIS
market centering around individual users.
Fourth, mobility is expected to greatly rise with the convergence of
wireless communication, GPS and many other ITs, thus significantly
increasing the demand for the spatial information with high mobility
and for real-time spatial information.
Lastly, individualization which causes change in daily life patterns
as well as a person's values. Individualization brings about activation
of spatial information mashup and production of various g-contents,
triggering such problems as copyright and privacy.
The study summarizes the change in spatial information trends
based on the above analysis on the characteristics of the change in the
technological, industrial and socio-cultural trends in spatial information.
Bases on that, it comes up with the future forecast, and finally identifies
the paradigm shift in spatial information.
It is predicted that in the future, spatial information technology, ICT
and ubiquitous technology will converge into one. While the industry has
developed into a convergence industry which converges technologies such as
170
survey and ICT into one, it is