Exploration on Bulk Arrival Queues with Heptagonal and Decagonal Fuzzy Parameters

Abstract

Bulk arrival queuing models throw enormous functionality in situations where customers are waiting for long durations to attain service, recovers the problem in separating to multiple phases, estimates productivity measures, consumes time, reduces loss, enhances optimality and tackles effectively congestions. The normal queues stretched to fuzzy queues have multifaceted nourishment in all fields. This paper reviews the non-linear parametric programming approach to the K-phase fuzzy queues with its membership functions adopting heptagonal and decagonal fuzzy numbers with numerical illustrations and graphs.