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ICACC-2013
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Paper Title : Modeling For Runtime Locality Optimizations of Distributed Java Applications Using Dynamic Localization Algorithm
Author Name : Daya Shankar Verma, Abhay Kumar , Amarto Chakrabarty , Haider Banka , Amrita Priyam
Abstract : In distributed java environments the locality of objects plays a crucial role in determining the performance, scalability and stability of the overall system. A manual distribution of objects has several drawbacks and requires a series of assumptions which may not be applicable as the system scales. We introduce and demonstrate how a Dynamic Localization Algorithm can be used to place objects in different Java Virtual Machines based on the processing and communication times. Using the metrics obtained by the Locality Optimization Algorithm, we have designed a placement strategy for objects and migrated them to their optimal Java Virtual Machine. For simplicity, we use the problem statements of Matrix Multiplication and show how a repeated execution dynamically selects the optimal Java Virtual Machine. We have used Java Party runtime environment to demonstrate the algorithm.
Keywords : JVM, Java Party, Dynamic Localization Algorithm, DOC.
Cite this article : Daya Shankar Verma, Abhay Kumar , Amarto Chakrabarty , Haider Banka , Amrita Priyam " Modeling For Runtime Locality Optimizations of Distributed Java Applications Using Dynamic Localization Algorithm " ,ICACC-2013 ,Page No : 90-95.