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Designing and implementing a visualization solution for a multi-agent system
Author(s)
Leonova, Viktorija
Date Issued
2015-03-20
Abstract
In this work, we are giving an outline to a visualization application, which will provide a user with a visual representation of the output produced by a multi-agent simulation during its run and originally delivered in the form of statements in DAMMAGE language [01]. Our purpose here is to discuss the boundaries of the project, its proposed architecture and generally to define a path for its implementation.
A solution proposed in this work includes two parts. The first is a graphic interface, which takes as an input a plain text log file and demonstrates to the user a customized visual representation of its content along with providing him or her with the possibility to navigate through it, acquire the needed information in a handy manner and observe the changes between the consecutive states in dynamics. The second is a set of customization elements, used for the visualization in an individualized manner, including user-defined images.
We hope that the proposed solution will improve the user experience in working with the multi-agent simulation system and provide the observers with new opportunities that before would take too much effort to explore.
A solution proposed in this work includes two parts. The first is a graphic interface, which takes as an input a plain text log file and demonstrates to the user a customized visual representation of its content along with providing him or her with the possibility to navigate through it, acquire the needed information in a handy manner and observe the changes between the consecutive states in dynamics. The second is a set of customization elements, used for the visualization in an individualized manner, including user-defined images.
We hope that the proposed solution will improve the user experience in working with the multi-agent simulation system and provide the observers with new opportunities that before would take too much effort to explore.
Publisher
Ανοικτό Πανεπιστήμιο Κύπρου
Format
92 σ. πιν., 30 εκ.
Subjects
File(s)
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Name
ΠΛΗ-2015-00163.pdf
Size
2.47 MB
Format
Adobe PDF
Checksum
(MD5):0b8cbfc949dd88fff074016032f75305