Konsep Inti
Rideshare platforms like Uber face challenges in balancing driver satisfaction and revenue maximization. Implementing the Gale-Shapley algorithm can enhance equity for drivers while maintaining system efficiency.
Abstrak
I. Introduction
- Peer-to-peer ride-sharing platforms revolutionize transportation and labor markets.
- Systems address bipartite matching between riders and drivers.
- Research focuses on literature review of existing platforms, driver satisfaction enhancement, and novel algorithm development.
II. Previous Work
- Fairness crucial for driver well-being and long-term stability.
- OSM-KIID model prioritizes profit maximization and preference satisfaction.
III. Algorithm Design
- Model rideshare as two-sided matching problem with equitable income distribution for drivers.
- Gale-Shapley algorithm ensures stable matching with optimal outcomes.
IV. Simulation Design
- City framework simulates 100x100 grid with city center focus.
- Driver generation includes unique cost coefficients and starting locations.
V. Results
- DA algorithm outperforms Random Matching and Closest Neighbors in optimizing driver revenue.
- Hypothetically fair DA variant generates higher revenue, emphasizing equity importance.
VI. Reflections and Conclusion
- Gale-Shapley algorithm enhances driver revenue while promoting fairness.
- Future studies may explore dynamic pricing models and abnormal driving behavior analysis.
Statistik
ドライバー提案のDAアルゴリズムは最も高い累積収入を生み出しました。
クローズド(最も近いドライバーと乗客がマッチングされる)次に、ボストンアルゴリズム、そしてランダムが続きます。