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Our transformation assumes the existence of a perfect failure detector.
On this basis, it introduces the notions of liveness failure detector and safety failure detector as two independent software components.
Processes of a distributed application access the failure detector through a SNMP interface.
They conclude that no failure detector presents at the same time high speed and high accuracy.
Every process in S has access to IFDS as a local failure detector module.
Each application that needs process state information accesses the failure detector as a local module.
Based on the observed message arrival pattern, the failure detector computes a timeout interval.
There are two modules called Failure Arbiter (FA) and Failure Detector (FD).
Fig. 1 Basic metrics that represent the QoS of a failure detector.
This paper presents a very simple and efficient algorithm that transforms any failure detector of the class ⋄W into a failure detector of the class Ω.
Fig. 1 Basic metrics that represent the QoS of a failure detector Mistake recurrence time ( T MR ): this metric corresponds to the time interval between two consecutive mistakes, i.e., it represents how frequently the failure detector makes mistakes.
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