article · 2015

In Search of Efficient Non Blocking Atomic Commit Protocol

M. Shahza, Dr. C. Bamford, Prof Taleb-bendiab, Dr. Diyah Al-jumeily

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Abstract

Abstract-Commit protocols are used to ensure transaction atomicity. The two-phase commit (2PC) is a standard commit protocol used in many commercial database systems. Attempts to reduce the cost of commitment have resulted in many variants of 2PC. These are all blocking protocols. But in other protocols when the blocking issue is addressed the result is an increase in the transaction commitment cost. In this paper we propose a design for a non-blocking commit protocol which can survive coordinator failure, yet which does not increase the execution costs in comparison with 2PC, even reducing them in highly reliable environments where failure is not the issue. I.

Cite this paper

APA 7

Shahza, M., Bamford, D. C., Taleb-bendiab, P., & Al-jumeily, D. D. (2015). In Search of Efficient Non Blocking Atomic Commit Protocol.

MLA 9

Shahza, M., et al. “In Search of Efficient Non Blocking Atomic Commit Protocol.” 2015.

Chicago

Shahza, M., Dr. C. Bamford, Prof Taleb-bendiab, and Dr. Diyah Al-jumeily. 2015. “In Search of Efficient Non Blocking Atomic Commit Protocol.”

Harvard

Shahza, M. et al. (2015) ‘In Search of Efficient Non Blocking Atomic Commit Protocol’.

BibTeX

@article{shahza2015search,
  title = {{In Search of Efficient Non Blocking Atomic Commit Protocol}},
  author = {Shahza, M. and Bamford, Dr. C. and Taleb-bendiab, Prof and Al-jumeily, Dr. Diyah},
  year = {2015}
}

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