Reinforcement Learning for Food Waste Reduction within Albert Heijn
summary
Applying reinforcement learning to reduce supermarket food waste by setting increasing markdowns on near-expiry products, balancing markdown costs against items destroyed. The approach models the problem with a discrete state and action space, learns policies from historical data using offline Q-learning, uses off-policy evaluation to assess new policies (with discussion of their limitations), and validates performance via production experiments and an implementation-oriented setup.
AI-written summary · about
chapters (13)
- 0:00Food waste at Albert Heijn
- 1:04Global food waste
- 2:30Food supply chain
- 3:55Dynamic markdown
- 6:21Rule-based markdown
- 8:09Why reinforcement learning
- 10:14Simple RL model
- 12:10Offline learning
- 13:05Performance evaluation
- 16:23Off-policy evaluation
- 20:12A/B tests in stores
- 22:05Conclusions
- 23:53Q&A
related talks
49mDon’t throw away food! AI and Data to reduce food waste
41mBetter Learning from the Past: Counterfactual / Batch RL
47mAdvanced Reinforcement Learning & Data Science for Social Impact
34mReinforcement Learning in Business Applications
28mHow Human Expertise and AI drive Scalable Forecasting Success at
34mOffline Reinforcement Learning and Model-Based Optimization
26mHacking Reinforcement Learning
27mUsing Reinforcement Learning to Optimize IAP Offer Recommendations in Mobile Games
