Little's law says there is a long-term relationship between the inventory, throughput, and flow time of a production system in steady state.

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Little's law is a fundamental principle in queueing theory and operations management, stating that the long-term number of items in a system (inventory) is equal to the average rate at which they enter or leave the system (throughput), multiplied by the average time each item spends in the system (flow time). This relationship holds true for production systems in steady state.

Little's Law Says There Is a Long-Term Relationship Between the Inventory