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管理类顶刊博弈论文解析（24篇）：供应链机制、平台竞争与动态定价

管理类顶刊博弈论文解析（24篇）：供应链机制、平台竞争与动态定价

1. 使用方式

本文按“机制 -> 建模形式 -> 代表论文 -> 可迁移结论”组织，不是简单文献清单。

推荐流程：

  1. 先从第 2 节选择你的机制框架。
  2. 再到第 3 节定位代表论文。
  3. 最后用第 4 节的 24 条文献条目做引用与扩展阅读。

2. 15+ 经典供应链博弈机制与数学建模形式

  1. 双重边际化 建模形式：$\max_{w,p_r}(w-c)q(p_r),\ (p_r-w)q(p_r)$
    要点：上下游分别加价导致系统效率损失。

  2. 收入分享契约 建模形式：$\Pi_M=(1-\phi)pq+wq-cq$
    要点：用收入分成参数 $\phi$ 改写激励相容。

  3. 回购契约 建模形式：$\Pi_R=p\min(D,q)-wq+b(q-D)^+$
    要点：通过回购价 $b$ 分担滞销风险。

  4. 数量柔性契约 建模形式：$q_1\le q\le q_2,\ q_2=q_1(1+\alpha)$
    要点：需求不确定下的上下游柔性边界设计。

  5. 信息不对称下的数量折扣筛选 建模形式：$\max_{{w(q)}}\mathbb{E}[\Pi],\ s.t.\ IC,IR$
    要点：通过菜单契约诱导类型自选择。

  6. 多零售商竞争 建模形式：$p_i=\arg\max (p_i-w_i)D_i(p_i,p_{-i})$
    要点：下游竞争会放大去中心化损失。

  7. 主导零售商博弈 建模形式：$p_r^=\arg\max\Pi_R,\ w^=BR_M(p_r)$
    要点：渠道权力从制造端向零售端转移。

  8. 纵向一体化 建模形式：进入/并购决策 + 产业均衡价格系统
    要点：改变竞争结构与福利分配。

  9. 易逝品动态定价 建模形式：$V_t(s)=\max_p{\pi_t(p,s)+\delta E[V_{t+1}]}$
    要点：库存与时间共同决定最优价格路径。

  10. 战略消费者等待 建模形式：$U_{buy}=v-p_t,\ U_{wait}=\delta E[v-p_{t+1}]$
    要点：等待行为压缩企业当期利润。

  11. 供应商努力激励 建模形式：$q=f(e)+\epsilon,\ c(e)$
    要点：努力不可观测时需合同激励。

  12. 算法定价外包 建模形式：$p_i=A_i(state),\ A_i\in\mathcal{A}$
    要点：无显式合谋下可能出现结果收敛。

  13. 个性化定价竞争 建模形式：$p_i(\theta)=\arg\max E[(p_i-c)D_i(\theta)]$
    要点：个性化定价会重塑竞争边界。

  14. 双边平台补贴 建模形式：$U_A=v_A-p_A+\alpha N_B$, $U_B=v_B-p_B+\beta N_A$
    要点：补贴通过跨边网络效应传导。

  15. 开放平台 IP 共享 建模形式：$\max_{o\in[0,1]}\Pi(o)-Leakage(o)$
    要点：开放收益与泄漏成本权衡。

  16. 网络博弈与产能投资 建模形式：$K_i=\arg\max E[\Pi_i(K_i,K_{-i},\omega)]$
    要点：网络连接结构决定投资激励。

3. 24 篇代表论文（机制映射）

  1. 渠道竞争与合作：Competition and Cooperation in Marketing Channel Choice (Marketing Science)
  2. 共用零售商价格竞争：Price Competition in a Channel Structure with a Common Retailer (Marketing Science)
  3. 主导零售商协调：Channel Coordination in the Presence of a Dominant Retailer (Marketing Science)
  4. 渠道权力实证：Manufacturer-Retailer Channel Interactions… (Marketing Science)
  5. 渠道利润管理：Managing Channel Profits (Marketing Science)
  6. 纵向一体化均衡：An Industry Equilibrium Analysis of Downstream Vertical Integration (Marketing Science)
  7. 收入分享契约：Supply Chain Coordination with Revenue-Sharing Contracts (Management Science)
  8. 数量柔性契约：The Quantity Flexibility Contract and Supplier-Customer Incentives (Management Science)
  9. 信息不对称折扣：A Supplier’s Optimal Quantity Discount Policy Under Asymmetric Information (Management Science)
  10. 多零售商不确定需求：Decentralized Supply Chains with Competing Retailers… (Management Science)
  11. 易逝品动态定价：Dynamic Pricing of Perishable Assets Under Competition (Management Science)
  12. 战略消费者动态竞争：Dynamic Pricing Competition with Strategic Customers… (Management Science)
  13. 供应商努力激励：Sourcing for Supplier Effort and Competition… (Management Science)
  14. 算法外包竞争：The Effect of Outsourcing Pricing Algorithms on Market Competition (Management Science)
  15. 个性化定价竞争：Does Personalized Pricing Increase Competition?… (Management Science)
  16. 平台生态演化：Evolutionary Competition in Platform Ecosystems (ISR)
  17. 网络效应与平台补贴：Platform Competition Under Network Effects… (ISR)
  18. 开放平台 IP 共享：Strategic Intellectual Property Sharing… (ISR)
  19. 非原子动态定价：A Nonatomic-Game Approach to Dynamic Pricing under Competition (POMS)
  20. 网络博弈与产能投资：Network Game and Capacity Investment Under Market Uncertainty (POMS)
  21. 稳态啤酒游戏：The Stationary Beer Game (POMS)
  22. 行为运营外包博弈：How to Win “Spend” and Influence Partners (POMS)
  23. Price-only 契约：Selling to the Newsvendor (MSOM)
  24. 医药供应链 PBM 竞争：PBM Competition in Pharmaceutical Supply Chain (MSOM)

4. APA7 + DOI + Scholar（24 篇完整条目）

  1. Coughlan, A. T. (1985). Competition and Cooperation in Marketing Channel Choice: Theory and Application. Marketing Science, 4(2), 110-129. DOI
    Scholar: Google Scholar

  2. Choi, S. C. (1991). Price Competition in a Channel Structure with a Common Retailer. Marketing Science, 10(4), 271-296. DOI
    Scholar: Google Scholar

  3. Raju, J., & Zhang, Z. J. (2005). Channel Coordination in the Presence of a Dominant Retailer. Marketing Science, 24(2), 254-262. DOI
    Scholar: Google Scholar

  4. Kadiyali, V., Chintagunta, P., & Vilcassim, N. (2000). Manufacturer-Retailer Channel Interactions and Implications for Channel Power: An Empirical Investigation of Pricing in a Local Market. Marketing Science, 19(2), 127-148. DOI
    Scholar: Google Scholar

  5. Jeuland, A. P., & Shugan, S. M. (1983). Managing Channel Profits. Marketing Science, 2(3), 239-272. DOI
    Scholar: Google Scholar

  6. McGuire, T. W., & Staelin, R. (1983). An Industry Equilibrium Analysis of Downstream Vertical Integration. Marketing Science, 2(2), 161-191. DOI
    Scholar: Google Scholar

  7. Cachon, G. P., & Lariviere, M. A. (2005). Supply Chain Coordination with Revenue-Sharing Contracts: Strengths and Limitations. Management Science, 51(1), 30-44. DOI
    Scholar: Google Scholar

  8. Tsay, A. A. (1999). The Quantity Flexibility Contract and Supplier-Customer Incentives. Management Science, 45(10), 1339-1358. DOI
    Scholar: Google Scholar

  9. Corbett, C. J., & de Groote, X. (2000). A Supplier’s Optimal Quantity Discount Policy Under Asymmetric Information. Management Science, 46(3), 444-450. DOI
    Scholar: Google Scholar

  10. Bernstein, F., & Federgruen, A. (2005). Decentralized Supply Chains with Competing Retailers Under Demand Uncertainty. Management Science, 51(1), 18-29. DOI
    Scholar: Google Scholar

  11. Gallego, G., & Hu, M. (2014). Dynamic Pricing of Perishable Assets Under Competition. Management Science, 60(5), 1241-1259. DOI
    Scholar: Google Scholar

  12. Liu, Q., & Zhang, D. (2013). Dynamic Pricing Competition with Strategic Customers Under Vertical Product Differentiation. Management Science, 59(1), 84-101. DOI
    Scholar: Google Scholar

  13. Li, C. (2013). Sourcing for Supplier Effort and Competition: Design of the Supply Base and Pricing Mechanism. Management Science, 59(6), 1389-1406. DOI
    Scholar: Google Scholar

  14. Harrington, J. E. (2022). The Effect of Outsourcing Pricing Algorithms on Market Competition. Management Science, 68(9), 6889-6906. DOI
    Scholar: Google Scholar

  15. Li, I., & Derdenger, T. (2025). Does Personalized Pricing Increase Competition? Evidence from NIL in College Football. Management Science. DOI
    Scholar: Google Scholar

  16. Tiwana, A. (2015). Evolutionary Competition in Platform Ecosystems. Information Systems Research, 26(2), 266-281. DOI
    Scholar: Google Scholar

  17. Dou, Y., & Wu, D. J. (2021). Platform Competition Under Network Effects: Piggybacking and Optimal Subsidization. Information Systems Research, 32(3), 820-835. DOI
    Scholar: Google Scholar

  18. Niculescu, M. F., Wu, D. J., & Xu, L. (2018). Strategic Intellectual Property Sharing: Competition on an Open Technology Platform Under Network Effects. Information Systems Research, 29(2), 498-519. DOI
    Scholar: Google Scholar

  19. Yang, J., & Xia, Y. (2013). A Nonatomic-Game Approach to Dynamic Pricing under Competition. Production and Operations Management, 22(1), 88-103. DOI
    Scholar: Google Scholar

  20. Hu, Q. (Joice). (2010). Network Game and Capacity Investment Under Market Uncertainty. Production and Operations Management, 19(1), 98-110. DOI
    Scholar: Google Scholar

  21. Chen, F., & Samroengraja, R. (2000). The Stationary Beer Game. Production and Operations Management, 9(1), 19-30. DOI
    Scholar: Google Scholar

  22. Amaral, J., & Tsay, A. A. (2009). How to Win “Spend” and Influence Partners: Lessons in Behavioral Operations from the Outsourcing Game. Production and Operations Management, 18(6), 621-634. DOI
    Scholar: Google Scholar

  23. Lariviere, M. A., & Porteus, E. L. (2001). Selling to the Newsvendor: An Analysis of Price-Only Contracts. Manufacturing & Service Operations Management, 3(4), 293-305. DOI
    Scholar: Google Scholar

  24. Kouvelis, P., Xiao, Y., & Yang, N. (2015). PBM Competition in Pharmaceutical Supply Chain: Formulary Design and Drug Pricing. Manufacturing & Service Operations Management, 17(4), 511-526. DOI
    Scholar: Google Scholar

5. 论文阅读模板（可复用）

  1. 市场结构：参与者、信息结构、决策时序。
  2. 策略空间：价格、数量、服务、补贴、开放度。
  3. 均衡概念：Nash / Stackelberg / PBE / 演化稳定策略。
  4. 数学结果：存在性、唯一性、比较静态。
  5. 管理含义：哪些参数可调、如何形成行动方案。
  6. 外推边界：在何种现实约束下结论失效。

6. Python 优先的复现建议

  1. 比较静态复现：numpy + scipy.optimize。
  2. 动态博弈复现：numba 加速值函数迭代。
  3. 数据识别连接：pandas + statsmodels + linearmodels。

把“理论均衡”映射到“可验证数据结构”，是从课程型研究走向发表型研究的关键一步。