가이드 연계 퀴즈 · 중간 레벨
공급망 최적화 퀴즈의 AI
수요 계획, 수학적 최적화, 외부 신호, 디지털 트윈, 중단 범위 및 피드백 루프를 평가합니다.
질문 1 의 8
공급망에서 AI 기반 수요 예측의 주요 목표는 무엇입니까?
모든 질문 미리보기8 질문
퀴즈를 풀면 정답과 설명이 나타납니다.
- 공급망에서 AI 기반 수요 예측의 주요 목표는 무엇입니까?
- 각 제품이 얼마나, 어디서, 언제 팔릴지 예측하기 위해
- 새로운 제품 포장을 디자인하려면
- 프로모션을 위한 마케팅 카피를 작성하려면
- 창고 직원을 모두 교체하려면
- 라우팅 및 재고 결정은 일반적으로 어떤 유형의 문제로 구성됩니까?
- 이미지 분류 문제
- 수학적 최적화 문제(예: 혼합 정수 프로그램)
- 음성 인식 문제
- 무작위 추측 문제
- What type of demand output does the cited Zalando replenishment study integrate into inventory optimization?
- A guaranteed exact unit count for every future day
- An unqualified social-media popularity score
- Probabilistic forecasts that represent uncertainty in future demand
- A fixed rule that ignores the forecast distribution
- What does a digital twin represent in a supply-network scenario?
- A guarantee that every sensor is live and synchronized at all times
- A second physical warehouse that automatically executes every decision
- A model that proves a disruption cannot occur
- A virtual representation of a physical system that can be linked with data for modeling or simulation
- What can make an AI-enabled supply chain more resilient during a disruption?
- Visibility, scenario planning, and the ability to adjust decisions as conditions change
- A guarantee that demand will never change
- Removing all human operators
- Using only historical averages
- How should observed supply-chain outcomes be used in a forecast feedback loop?
- Assume every new observation automatically improves the model
- Evaluate forecast errors and consider validated updates using appropriate outcome data
- Retrain continuously without checking data quality or performance
- Treat each forecast as a confirmed future outcome
- Which replenishment policy did the cited e-commerce study extend?
- A proportional-derivative controller for motor speed
- A shortest-path algorithm for vehicle routing
- The (R, s, Q) policy, adding variables for initial replenishment and a policy horizon
- A fixed moving-average demand forecast
- Why combine forecasts with an optimization model?
- They are identical tasks
- Optimization removes all uncertainty
- Forecasting automatically places orders
- A forecast estimates future conditions, while optimization chooses actions under constraints