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Caner Guney (UYORK) guneycan@itu.edu.tr |
Degrees
Ph.D. Programme in Geomatic Engineering at the
Institute of Science and Technology, Istanbul Technical University,
Istanbul, Turkey.
M.Sc. degree in the Division of Geodesy and
Photogrammetry Engineering at Institute of Science and Technology,
Istanbul Technical University, Istanbul, Turkey, June
2002.
B.Sc. degree in the Department of Geodesy and
Photogrammetry Engineering at the Faculty of Civil Engineering,
Istanbul Technical University, Istanbul, Turkey, June
1999.
An English Primary
Class at the Institute of Foreign Languages, Istanbul Technical
University, June 1995.
High School: Bursa Erkek Lisesi, Bursa,
Turkey.
Primary School:
Mithat Paşa İlkokulu, Bursa,
Turkey.
CHIRON Project
The purpose of the research is to describe an open
enterprise architecture framework, called “GeoHistory”,
for GIS-based cultural heritage documentation and management. This
research examines how Enterprise Architecture can be configured to
embrace historical cultural projects. The Enterprise Architecture
approach is one of the most challenging concepts in information and
communication technology.
A strong business model and a strong technical architecture are
imperative for the growth, maintenance and success of any
e-business. “GeoHistory” can be used as a fine-tuning
Enterprise Architecture framework for Geospatial Information System
(GIS)-based cultural heritage documentation projects. It presents
an innovative, adaptive and unified framework design for Enterprise
Architecture that breaks the overall architecture into its major
component areas. Then for each component area, a sub-architecture
framework is defined. Together, all architecture frameworks define
a vision for successfully implementing Enterprise Architecture in
cultural heritage projects by improving e-business through
semantic, interoperabe, and enterprise integration.
To achieve this, “GeoHistory” makes use of
state-of-the-art open-source technology, including the Web,
network, database, programming and visualization, and extends their
functionality with common technologies and standards like UML,
Linux, Java and XML to create a highly scalable Information and
Communication Technology infrastructure. UML 2.0 was selected as
the primary enterprise modeling tool for advanced modeling using a
top-to-bottom approach for “GeoHistory”. Under this
model, component-based “GeoHistory” provides
service-oriented applications through a Web portal.
“GeoHistory” is spatially enabled because it integrates
geospatial technologies, in particular GIS.
| | Curriculum Vitae | |