ul 2004 International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B2. Istanbul 2004 
  
  
   
  
  
  
  
tonality As it is described in class diagram we should use two packages 
| for supporting mobility and GIS applications .we used voyager 
es now | as a package for supporting distributed object technology and 
itaLoad | openmap for supporting GIS functionality. 
nd Run | 
| 
| map jpx 
c dh map 
| mad closeFile.gif 
placing | 
various | 
| 
a have 
€ have | 
elation 
elation | T 
classes | 
MAP. html 
| a. MapDisp java 
^id apenFile.dif 
| £89 Run java 
“2 TelAgentiava 
| Figure 8: Java base Map packages 
| After invoking the client, as it is described in sequential 
diagram TelAgent will run on client machine as GIS software 
| 7. CONCLUSIONS 
| We have described the requirement of Distributed GIS 
application in a network environment and presented a solution 
| based upon an agent metaphor. We have characterized the 
CAS | agents and introduced mobile agent in distributed environment. 
agent Future description of this system can be seen in two points of 
| view. Firstly as telecommunication view which system can be 
develop for wireless application of GIS like location-based 
| services. In another view we add intelligent characteristics of 
agent to mobile agent system for decreasing client work within 
| distributed GIServices. 
| 
| 
  
8. REFRENCES 
Buehler, Kurt and McKee, Lance, 1998, The OpenGIS Guide, 
Introduction to Interoperable Geoprocessing and the OpenGIS 
| Specification, third edition, Open GIS Consortium Technical 
Committee 
McCarty B.(1999) Java distributed objects .Techmedia 
| publication. India 
Tsou, M. and Buttenfield. B.P. (2003) An Agent-based, 
Dynamic Architechture Distributed Geographic Information 
Services. 
| S. M. Kalantari, (2004), developing a Distributed 
Geoprocessing Service model, M.Sc. Thesis, K.N.Toosi 
rent. | University of Technology, Iran. 
JDK | 
02. | 
| 
own 
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