Cl PA 2003 XIX th International Symposium, 30 September - 04 October, 2003, Antalya, Turkey 
Figure 2. According to measured point, panorama was located 
to information system. 
Name 
Item Value 
Number 
1 
Video Documentation 
D:\tis\panorama.mov 
Table 4. Database link to panorama file 
Location was done with TopoL software. Therefore, panorama 
was obtained as data. 
4. INQUIRIES 
TIS has some inquiry attributes. The inquiry is capable of 
answering some basic questions so as to find out optimum 
solutions. 
Inquiry is always essential part of the Geographic Information 
System (GIS). Therefore, databases were designed so that it 
could be inquired easily. Figure 5 and 6 illustrates a inquiry 
table and graphics answers at TIS project. 
Figure 6. An inquiry result 
m 
TopoL allow users to inquire by either table or graphic. 
Therefore, user could reach a data from another data by 
inquires. Moreover, it is possible to find out answer from 
graphic data easily as shown Figure 5 and 6. 
5. CONCLUSION 
In the study, an information system which serves tourist and 
tourism, was obtained. Panoramic imaging was integrated with 
information system. Therefore, a visual supported information 
system was realized. A quick documentation possibility was 
provided with obtained panoramic image as transferring to TIS. 
The information system give opportunity for basic inquire so as 
to provide a reliable guidance for tourist. 
Panoramic imaging is a suitable documentation method for 
information system. Nevertheless, panoramic images need more 
research work to obtain measurements from them. Therefore, a 
new dimension can be add to georeference of information 
systems. So, an information system can be produced more 
effectively. It can be used for other fields which are different 
from tourism. 
By exploiting panoramic images we are able to generate 
relatively inexpensive yet convincing walk through 
representations of complex facilities which support ad-hoc 
measurements. These image archives are very rich source of 
information about the true operational status of a facility and 
thus are already a very valuable component of any FM database. 
(Chapman D., Deacon A., 1998) 
Handheld GPS is a practical solving to integrate panorama with 
TIS. 
At the work, TIS was designed for a pilot project. It should be 
improved to realise professional project. It needs new layer and 
data type depending on aim of the project. It is also necessary 
that a lot of association or corporation work together. 
Figure 5. Inquiry table and its graphic Internet, intranet and wap technologies should be supported to 
TIS so as to provide an effective and interactive TIS. 
Nowadays, small, precise handheld GPS give opportunity easy 
use for each tourist. If TIS connects with wireless technology, 
tourist will acquire a reliable guidance. 
TIS can provide a standard service for tourism. Furthermore, 
new technologies can improve the tourism field.