bute
Irces
Table
Table
Table
er file
street corner, Owner type
Table Name Attributes
Parcel1 Parcel code, District name, Ward name, Cadastral sheet name, City block nr., Parcel nr.,
Street code
Parcel2 Parcel code, Deeded area, Type, Price, Numbers of buildings, Two streets fronted, State of
Parcel-Building Parcel code, Building code
Owner Parcel code, Building code, Apartment nr., Type, First and Second name, Year birth,
Address, Father, Type and Percent owner, Irony, Nation, Acquisition date and type
Table 3. Designed Some of the Data Base Tables and Attributes
Layers Attributes
Parcel Area, Parcel code
Building Area, Building code
Tree State of historical
The proposed urban land use in the plan
Area, Density of residential area, Function, People/hectare,
Structure of land area.
Table 4. Designed Attributes of Some Layers
Process Design
The processes which have been met to requirements with
data together, were parted in six main groups. These are;
data input, data update, daily data input, draw and query,
geographical analysis and certificate generation, delete
and output process. Process outlines were created for
every group.
Physical Design
Hardware and software, which have been used for this
work, certainly determined. These are:
* Place: Photogrammetry Laboratory of Yildiz
Technical University.
* Hardware: PC 386 DX-25 MHz and 486 SL Notebook
25 MHz, Hitachi HDG 17"x17" Digitizer and HP
LaserJet Ill Printer.
* Software: PC ARC/INFO 3.4.D Plus, ARC/INFO SML
Macro Language for application programs.
The data and process design (logical design) were
transformed to the physical design.
* The software was evaluated for the system.
Consequently some problems were found. One of
these problems; the process of determining the
height of ground floor for constructions and
generating certificate hasn't been supplied because
the GIS software is not a 3 dimensional software.
* The coverages, the symbols, the tables of relational
data base, the attributes, the code tables, the symbol
files which have been in the system, certainly were
determined with their contents and the locations in
the physical environment by taking the problems into
account. Data dictionary for system was generated.
* The application programs flowcharts were created
for the processes.
125
2.4. The Implementation of UIS
Installation of data base
The tables of the relational data base and the code, and
symbol files were defined in the hard disk. Data have
been entered at the pilot project.
Creating of application programs
The programs were written with SML. The empty
certificate forms were generated by ARCPLOT module of
the software.
Testing of the system with pilot project
The area of pilot project was selected (Batuk, 1995).
Some characteristics of this area are:
* Prototype of the city,
* Availability of digital data,
* The urban area; consist of buildings, squatters
house, green belt, facilities of sports and health,
commercial area, private lands, etc.,
* Availability of implementation plan.
The size of the pilot project area is to 1000 m. x 700 m. It
is in the lstanbul/Besiktag district municipality. The
project data supplied from the resources which are
designed. The base map (8 sheets, 1/500, DGN), the
cadastral map (2 sheets, 1/1000, DGN) and the
boundaries of the district and wards (1 sheet, 1/100 000,
DGN) were supplied from Istanbul Municipality. The
implementation plan (2 sheets, 1/1000, paper) was
supplied from Besiktas District Municipality. The plans
digitized with Microstation software and transformed DXF
format. These data which are in Intergraph DGN format
at UTM coordinate system transformed in to the primary
DXF format and secondary coverages of ARC/INFO. The
codes of province, district, ward and population were
supplied from the State Statistic Institute. Owner file
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B4. Vienna 1996
