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Ayrıntılı Bilimsel Program ve Bildiri Özetleri - YAEM2010

Ayrıntılı Bilimsel Program ve Bildiri Özetleri - YAEM2010

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Ç4-07<br />

YAEM 2010<br />

YÖNEYLEM ARAÞTIRMASI VE ENDÜSTRÝ MÜHENDÝSLÝGI 30. ULUSAL KONGRESÝ<br />

Tedarik Zinciri Yönetimi 3: Supply Chain Management (I)<br />

30 Haziran 2010 / 17:15 - 18:45<br />

Oturum Salonu: MDBF L055<br />

Oturum Düzenleyicisi: Murat Kaya<br />

Oturum Baþkaný: Murat Kaya<br />

A Private Contributions Game for Joint Replenishment<br />

1 1 2<br />

Evren Körpeoðlu , Alper Þen , Kemal Güler<br />

1 Department of Industrial Engineering, Bilkent Uni<strong>ve</strong>rsity, Ankara<br />

2 Hewlett - Packard Laboratories, Palo Alto, USA<br />

We study a non-cooperati<strong>ve</strong> game for joint replenishment by n<br />

firms that operate under an EOQ-like setting. Each firm decides<br />

whether to participate in joint replenishment or to replenish<br />

independently, and each participating firm decides how much to<br />

contribute to joint ordering costs. Joint replenishment cycle time<br />

is set by an intermediary as the lowest cycle time that can be<br />

financed with the private contributions of participating firms. We<br />

characterize the subgame-perfect equilibrium behavior and outcomes.<br />

Outsourcing vs. In-House Production: A Comparison of Supply<br />

Chain Contracts with Effort Dependent Demand<br />

Onur Kaya<br />

Department of Industrial Engineering, Koc Uni<strong>ve</strong>rsity, Istanbul<br />

We analyze the effort and pricing decisions in a two facility supply<br />

chain in which one of the parties can exert costly effort to<br />

increase demand. We consider an outsourcing model in which the<br />

supplier makes the effort decision and an in-house production model<br />

in which the manufacturer decides on the effort le<strong>ve</strong>l and we compare<br />

these two models with each other. We analyze and compare se<strong>ve</strong>ral<br />

contracts for decentralized supply chain models and we aim to find<br />

which contracts are best to use in different cases. We find the<br />

optimal contract parameters in each case and perform extensi<strong>ve</strong><br />

computational testing to compare the efficiencies of these contracts.<br />

117

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