Implementation of strong mobility for multi-threaded agents in Java

Strong mobility, which allows multithreaded agents to be migrated transparently at any time, is a powerful mechanism for implementing a peer-to-peer computing environment, in which agents carrying a computational payload find available computing resources. Existing approaches to strong mobility eith...

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Vydané v:2003 International Conference on Parallel Processing, 2003. Proceedings s. 321 - 330
Hlavní autori: Chakravarti, A.J., Wang, X., Hallstrom, J.O., Baumgartner, G.
Médium: Konferenčný príspevok..
Jazyk:English
Vydavateľské údaje: IEEE 2003
Predmet:
Grid computing
Information science
Java
Mobile agents
Payloads
Peer to peer computing
Programming profession
Resource management
Virtual machining
Yarn
ISBN:9780769520179, 0769520170
ISSN:0190-3918
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Abstract Strong mobility, which allows multithreaded agents to be migrated transparently at any time, is a powerful mechanism for implementing a peer-to-peer computing environment, in which agents carrying a computational payload find available computing resources. Existing approaches to strong mobility either modify the Java virtual machine or do not correctly preserve the Java semantics when migrating multithreaded agents. We give an overview of our implementation strategy for strong mobility in which each agent thread maintains its own serializable execution state at all times, while thread states are captured just before a move. We explain how to solve the synchronization problems involved in migrating a multithreaded agent and how to cleanly terminate the Java threads in the originating virtual machine. We present experimental results that indicate that our implementation approach is feasible in practice
AbstractList Strong mobility, which allows multithreaded agents to be migrated transparently at any time, is a powerful mechanism for implementing a peer-to-peer computing environment, in which agents carrying a computational payload find available computing resources. Existing approaches to strong mobility either modify the Java virtual machine or do not correctly preserve the Java semantics when migrating multithreaded agents. We give an overview of our implementation strategy for strong mobility in which each agent thread maintains its own serializable execution state at all times, while thread states are captured just before a move. We explain how to solve the synchronization problems involved in migrating a multithreaded agent and how to cleanly terminate the Java threads in the originating virtual machine. We present experimental results that indicate that our implementation approach is feasible in practice
Author Chakravarti, A.J.
Baumgartner, G.
Wang, X.
Hallstrom, J.O.
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  surname: Baumgartner
  fullname: Baumgartner, G.
  organization: Dept. of Comput. & Inf. Sci., Ohio State Univ., Columbus, OH
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SubjectTerms Grid computing
Information science
Java
Mobile agents
Payloads
Peer to peer computing
Programming profession
Resource management
Virtual machining
Yarn
Title Implementation of strong mobility for multi-threaded agents in Java
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