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Design and Implementation of a Two-Phase Commit Protocol Simulator
Design and Implementation of a Two-Phase Commit Protocol Simulator
2004Journal from gdlhub / 2017-08-14 11:52:32
Oleh : Toufik Taibi, Abdelouahab Abid, Wei Jiann Lim, Yeong Fei Chiam, Chong Ting Ng, IAJIT
Dibuat : 2012-06-23, dengan 1 file
Keyword : 2PC, transaction coordinator, transaction manager, data manager, locking manager, failure recovery, RMI
Subjek : Design and Implementation of a Two-Phase Commit Protocol Simulator
Url : http://www.ccis2k.org/iajit/PDF/vol.3,no.1/4-Toufik.pdf
Sumber pengambilan dokumen : Internet
The Two-Phase Commit Protocol (2PC) is a set of rules, which guarantee that every single transaction in a
distributed system is executed to its completion or none of its operations is performed. To show the effectiveness of 2PC, a
generic simulator is designed and implemented to demonstrate how transactions are committed in a safe manner, and how
data consistency is maintained in a distributed system with concurrent execution of randomly generated transactions. Several
possible failure cases are identified and created in the system to test its integrity, thus showing how well it responds to
different failure scenarios, recovers from these failures, and maintains data consistency and integrity. The simulator was
developed using Java Remote Method Invocation (RMI), which is particularly powerful in developing networking systems of
such scale, as it provides easy remote method calls without the need to handle low-level socket connection.
The Two-Phase Commit Protocol (2PC) is a set of rules, which guarantee that every single transaction in a
distributed system is executed to its completion or none of its operations is performed. To show the effectiveness of 2PC, a
generic simulator is designed and implemented to demonstrate how transactions are committed in a safe manner, and how
data consistency is maintained in a distributed system with concurrent execution of randomly generated transactions. Several
possible failure cases are identified and created in the system to test its integrity, thus showing how well it responds to
different failure scenarios, recovers from these failures, and maintains data consistency and integrity. The simulator was
developed using Java Remote Method Invocation (RMI), which is particularly powerful in developing networking systems of
such scale, as it provides easy remote method calls without the need to handle low-level socket connection.
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