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Mathematical Problems of Computer Science 33, 187--195, 2010. 

187 
 

 
 
 

Developing Java Software for Representation, Acquisition 
and Management of Strategy Knowledge  

 
Zaven Naghashyan1 and Edward Pogossian1,2 

 
1State Engineering University of Armenia 

1,2Institute for Informatics and Automation Problems of  NAS of RA 
e-mail: lasl@sci.am, david@dm-lab.sci.am 

  url: http://dm-lab.sci.am 
 
 

Abstract 
Technical solutions for representing and managing concepts of strategy 

knowledge for Java based software package and the framework of personalized and 
communalized knowledge acquisition is described. The following six units are 
considered - Game Tree Organization, Instances Matching Oriented Classes, 
Dynamic Class Hierarchy Management, Web Based Graphical Interface and 
Relations Builder Procedure as well as ideology of knowledge learning and 
evaluation.  

The solutions develop and enhance classical object oriented approaches to be 
used for representation and management of the concepts of strategy knowledge, their 
learning and evaluation. 

. 
 

 
References 
1. E. Pogossian, V. Vahradyan and A. Grigoryan, “On Competing Agents Consistent with 

Expert Knowledge”, Lecture Notes in Computer Science, AIS-ADM-07: The International 
Workshop on Autonomous Intelligent Systems - Agents and Data Mining, St. Petersburg, 
Russia, pp. 229-241, June 6-7, 2007.  

2. T. Bagdasaryan, A. Grigoryan and  Z. Nagashyan, “Developing of a scripting language interpreter for 
regular acquisition of expert knowledge”, International Conference in  Computer Sciences and 
Information Technologies, pp. 187-191, Yerevan, 2009. 

3. Su Lixin,  H. Mikko, Lipasti. Dynamic Class Hierarchy Mutation -
http://www.ece.wisc.edu/~pharm/papers/cgo4.pdf 

4. R. Joel Brandt; Goldman, J. Kenneth, Run-time Modification of the Class Hierarchy in a Live Java 
Development Environment -
http://cse.wustl.edu/Research/Lists/Technical%20Reports/Attachments/642/403_hierarchy.pdf 

5. Java Language Specification - http://java.sun.com/docs/books/jls/ 
6. Jude official site - http://jude.change-vision.com/jude-web/index.html 
7. IBM Rational Rose - http://www-01.ibm.com/software/rational/ 
8. Linked lists basics - http://cslibrary.stanford.edu/103/ 
9. E. Pogossian, “Combinatorial Game Models For Security Systems”, NATO ARW on "Security 

and Embedded Systems", Porto Rio, Patras, Greece, Aug., pp. 8-18, 2005.  



188            Developing Java Software for Representation, Acquisition and Management of Strategy Knowledge 
 
10. Э. Погосян, В.Ваградян, А.Григорян, “Эксперименты согласования знаний экспертов с 

принятием решений в этюдах Рети и Нoдареишвили”. Proceedings of IPIA in 
Mathematics and Computer Sciences, p. 20, 2007. 

11. E. Pogossian, Adaptation of Combinatorial  Algorithms, (in  Russian), pp. 293,Yerevan, 1983. 
12. E. Pogossian, Specifying Personalized Expertise. International Association for Development 

of the Information Society (IADIS): International Conference Cognition and Exploratory 
Learning in Digital Age (CELDA 2006), Barcelona, Spain, pp.151-159, 2006. 

 
 

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