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Machine interference problems with spares are widely studied by many authors in different frameworks using queueing theoretic approaches.
The survey on the machine interference problems was done by Haque and Armstrong (2007) and Jain et al. (2010).
Gupta (1997) proposed several server vacation schemes such as multiple vacations, single vacations, hybrid multiple/single vacation for the machine interference problems.
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Due to uncontrollable factors, parameters in the machine interference problem may be fuzzy.
A survey report on the machine interference problem has been presented by Haque and Armstrong (2007).
Gupta (1997) considered machine interference problem with warm spare, server vacations and exhaustive service.
This paper proposes a queueing network model for a single-operator, machine interference problem with external operations, i.e., those tasks that can be completed while the machine is running.
Haque and Armstrong (2007), Jain et al. (2010) and Jain and Gupta (2011) presented a brief review on the machine interference problem (MRP) with spares in their review articles.
Due to cost and technical constraints, the trade-off between the repairman staffing level and the magnitude of machine interference has become an important issue and has drawn the attention of many queue theorists who considered the machine interference problem as finite source queueing model.
Machine interference is a significant problem in many manufacturing systems.
Machine interference is an important problem frequently encountered in production and manufacturing operations such as semiconductor manufacturing and maintenance operations.
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