Dynamic Scheduling of a Multiclass Make-to-Stock Queue (Classic Reprint) - Softcover

Inhaltsangabe

Master a practical approach to balancing demand and production with a proven scheduling policy. This nonfiction work analyzes how a Brownian-model framework guides release and sequencing decisions in a single‑server, multiclass make‑to‑stock setting. In Dynamic Scheduling of a Multiclass Make‑to‑Stock Queue, the authors adapt advanced theory to a production context, showing how to keep the machine busy while controlling costs across multiple products.

- Learn how weighted finished goods inventory guides when the line should run or pause, and which product classes get priority.
- Discover how a simple, implementable rule can coordinate release decisions with dynamic sequencing to reduce backorder and holding costs.
- See how simulation compares the proposed policy against traditional approaches and what the results imply for real factories.
- Understand the connection between busy workload, bottlenecks, and cost reduction in a multiclass, make‑to‑stock system.

Ideal for readers of operations research, manufacturing management, and supply chain coursework who want concrete methods backed by Brownian‑motion analysis and practical policy guidance.

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