সাপ্লাই চেইন অপ্টিমাইজেশানে AI

Forecast models estimate future demand from historical data and available signals. Optimization selects actions such as inventory allocation under explicit constraints. A digital twin is a digital representation of a physical system or process; the exact relationship and update frequency vary by implementation. The existence of AI does not establish that a supply chain recovered faster during a particular crisis. The cited Scientific Reports study combines probabilistic demand forecasts with a simulated replenishment optimization for a specified Zalando e-commerce setting and extends the (R, s, Q) policy with initial replenishment variables and a policy horizon. Probabilistic forecasts represent uncertainty rather than a guaranteed exact future quantity. Routing and inventory optimization is defined by variables, objectives, and constraints; it does not require a particular commercial solver. A digital twin is a virtual representation linked with data, but the term alone does not guarantee real-time synchronization. Observed outcomes can inform forecast-error evaluation and validated updates, not automatic continuous improvement.