Method and Simulation of Deadlock Free Resource Co-allocation in Simulation-grid

Abstract

Simulation applications designed to execute on simulation grid frequently requires the simultaneous co-allocation of multiple resources in order to meet performance requirement. In particular, the problem of co-allocating simulation grid resources that span multiple administrative domains was complicated by the possibility of deadlock. Motivated by this, the reason for application deadlock was analyzed and the deadlock in simulation grid was characterized. Further, a new method for fast co-allocation of simulation grid resources was developed based on different strategies dealing with deadlocks, and some detailed algorithms were proposed according to different co-allocation schemes. The proposed method based on Atomic Transaction is free from deadlock. Experimental results demonstrate that the proposed method yields a significant performance improvement over the other existing deadlock prevention method.

Cite this paper

@article{kedi2006method,
  title = {{Method and Simulation of Deadlock Free Resource Co-allocation in Simulation-grid}},
  author = {Ke-di, Huang},
  journal = {Jisuanji fangzhen},
  year = {2006}
}

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