Scheduling a Two-Station Multiclass Queueing Network in Heavy Traffic (Classic Reprint) - Hardcover

Lawrence M. Wein

 
9780365647843: Scheduling a Two-Station Multiclass Queueing Network in Heavy Traffic (Classic Reprint)

Synopsis

Balancing work and waiting: learn how to schedule a two-station queueing network for faster, more predictable throughput.

This book presents a practical approach to managing complex service systems where multiple classes of customers move through two linked stations. It introduces a Brownian-network model for heavy traffic, showing how input timing and class sequencing can be optimized to minimize long-run waiting costs while meeting a target output rate. The methods translate into clear, implementable policies that focus on keeping each station busy when it should be and releasing customers at moments that control workload growth.

  • How input timing and sequencing are coupled in a two-station network.
  • A practical, two-part scheduling rule: when to release new customers and how to prioritize classes at each station.
  • Interpretation of a Brownian control problem into actionable policies for real systems.
  • Illustrative example comparing the proposed rules to traditional approaches through simulation results.
Ideal for readers of operations research and manufacturing who want concrete scheduling strategies grounded in heavy-traffic theory, with clear guidance for implementing policies in real-world networks.

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