Jun 4, 2007 · In particular, we show that if the task time distribution has an unbounded support then the total time distribution H is always heavy-tailed.
Nov 3, 2008 · In particular, we show that if the task-time distribution has an unbounded support, then the total-time distribution H is always heavy tailed.
Asmussen et al.: Asymptotic Behavior of Total Times for Jobs That Must Start Over if a Failure Occurs. 940 Mathematics of Operations Research 33(4), pp. 932 ...
Abstract. Many processes must complete in the presence of failures. Different sys- tems respond to task failure in different ways. The system may resume a.
Asmussen et al.: Asymptotic Behavior of Total Times for Jobs That Must Start Over if a Failure Occurs. Mathematics of Operations Research 33(4), pp. 932–944 ...
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Many processes must complete in the presence of failures. Different systems respond to task failure in different ways. The system may resume a failed task ...
In this paper we derive tight asymptotic relations between the distribution of task times without failures and the total time when including failures, for any ...
In this paper we derive tight asymptotic relations between the distribution of task times without failures to the total time when including failures, for any ...
The system may resume a failed task from the failure point (or a saved checkpoint shortly before the failure point), it may give up on the task and select a ...
Abstract: Many processes must complete in the presence of failures. Different systems respond to task failure in different ways.