The effects of service disciplines on the performance of a nonreliable terminal system

Comparative analysis for periodical and random servicing systems considering different working circumstances: A textile application

“…In their queuing model, they supposed random environment (servicing system) and repairing and running times are exponential. The works in [11][12][13][14] compare the performance of different service disciplines in systems with single server. These works are based on an analytical and queuing model and mostly involve repairman problems.…”

“…The detailed comparison results are shown by means of figures (from Figs. [5][6][7][8][9][10][11][12][13][14] in Section 5. Thus, the mill managers and practitioners may find the optimal solutions for their many preference problems by using these figures even if they do not benefit from the algorithms given.…”

A survey of the machine interference problem

“…The models used in [18], [20], [21], [22], [23], and [24] take the idea of unreliable servers a step further by modelling a "two level" MIP. They consider a computer system composed of multiple terminals supported by a single central processing unit (CPU).…”

“…The work in [22], [42], [43], [55], [56], [78], [94], [102], and [124] compares the performance of different service disciplines in systems with a single server. Comparisons involving multiple servers are found in [32], [54], [100], [101], and [117].…”

“…MIP research often assumes that all machines are identical, but many studies have included machines that differ in operating lifetimes, service durations, and/or costs. Work involving these heterogeneous machines includes: [19], [21], [22], [23], [24], [32], [37], [39],…”