Bhaskar Prasad Rimal is a Master's Candidate in Computer Science at the Graduate School of Business IT, Kookmin University, Seoul, South Korea.

His graduate study is supported by the Korean Government IT Scholarship Program (ITSP) for International Graduate Students from the Institute of Information Technology Assessment (IITA) and Korean Ministry of Information and Communication (MIC), and the IT Scholarship from Kookmin University from September 2008 - September 2010.

His research interests lie in the arena of Distributed Systems. In particular, his research focuses on Cloud Computing, Grid Computing, and Large Scale Computing. He has a passion for modeling and implementation of various scientific problems.

Prior to joining Kookmin, he received a Bachelor Degree in Engineering, Information Technology from Pokhara University, Kathmandu, Nepal (2002-2006). He was awarded the Kookmin Excellence Award-2009.

For further information about Bhaskar, visit his academic profile with a comprehensive list of his work and publications.

Contributions

• Paper: A Taxonomy and Survey of Cloud Computing Systems - August 2009
  In Proceedings of the 5th International Conference on Network Computing and Advanced Information Management and Service (NCM 2009), IEEE Computer Society Press, pages 44-51. This paper describes the taxonomy and survey of cloud computing.
  
  
• Paper: A Metamodeling Approach for Resource Management in Grid System -
  February 2009
  The Journal of Global Engineering, Science, and Technology Society (GESTS), International Transactions on Computer Science and Engineering. ISBN 89-953729-5-8, ISSN 1738-6438, pages 17-30.
  Model Integrated Computing (MIC) is an effective and efficient method for developing, maintaining, and evolving large-scale, domain-specific software applications for computer-based systems. The main advantages of domain specific modeling are agility, re-usability and flexibility. MIC promotes the use of models as a “backbone” of model-integrated system development. The purpose of this paper is to describe the development of application within the Globus toolkit context by creating graphical RSL meta-model using domain-specific modeling techniques. This paper describes the strategy to develop RSL interpreter from its Meta model. The expected impact of this effort, as is often the case in automating systems approaches, such as reduction in development time involved in generating RSL for the Globus Toolkit. An additional advantage is to provide a high level of abstraction for the construction of Grid applications using the Globus Toolkit that avoids some of the intricacies and accidental complexities documented for other (current) approaches.
  
  



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