Table of Contents
Problem Definition
- Problem: dynamic pricing for airline ancillaries with customer context
- Objective: Revenue & conversion
Methods & Contribution
- Approach: 2 components
- purchase probability model
- revenue optimization model: given the purchase probability, recommend the optimal price that maximizes the expected revenue
- Model
- a two-stage
- purchase probability prediction
- Since price are within a range due business constrains -> map purchase probabilty to price
- a two-stage model
- uses a deep neural network for forecasting
- coupled with a revenue maximization technique using discrete exhaustive search (define several pecentage beforhands)
- a single-stage end-to-end deep neural network that recommends the optimal price with customized loss function
- a two-stage
- Result
- We show that traditional machine learning techniques outperform human rule-based approaches in an online setting by improving conversion by 36% and revenue per offer by 10%.
- Contribution
- dynamic pricing using user specific info without violate customer privacy
TODO & Questions & Further Reading
- related work part
- customized loss function for 3rd approach
- borrowed offline metrics from Airbnb paper