RESEARCH OVERVIEW
Abstract
This study delves into the analysis of queueing models featuring removable servers and a single arrival stream. Queueing theory plays a crucial role in understanding and optimizing various service systems, and the presence of removable servers adds an intriguing dimension to these models. Through mathematical modeling and simulation, this research investigates the performance metrics, including queue length, wait times, and server utilization, in scenarios where servers can be temporarily removed from service. The study contributes valuable insights into the dynamics of such queueing systems, offering practical implications for service optimization and resource management.
SOURCES & CITATIONS
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