回収ロジスティックス・システムにおける協調管理方策に関する研究

集采物流系统协同管理策略研究

• 批准号: 16710121
• 负责人: 楠川 恵津子
• 金额: $ 1.28万
• 依托单位: Osaka Prefecture University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Young Scientists (B)
• 财政年份: 2004
• 资助国家: 日本
• 起止时间: 2004 至 2006
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-16710121/
• 关键词: アウトソーシング; リバースロジスティクス; Eコマース; 生産方策; 在庫管理; 環境; 製品寿命; ビジネスモデル; ロジスティクス; リユース; リマニュファチャリング; 在庫政策

回収ロジスティクス・システムにおける協調管理方策の開発に関する平成18年度の研究実績を以下に挙げる.[1]Economic Utility of Third-Party Logistics for Affiliate Company(3PL導入による同一企業グループへの経済的有用性)本研究ではサプライヤーとマニュファクチャラーからなる同一企業グループの利益面から3PLを導入した場合の有益性について,製品1単位当たりのコスト変動率と配送頻度変動率と需要変動率をもとに検証した.[2]Rebate System For Quality Improvement Under Supply Chain Environment(サプライチェーン環境下での品質向上のためのリベートシステムの導入)サプライチェーン環境下で製品の品質向上のための,サプライチェーン全体での製品のトータル・コストの最小化と製品の品質目標値の向上を実現するリベート導入システムを提案した.[3]On Production Planning in Closed-Loop Supply Chain System Under Consideration of Impact of Green Image Factor on Remanufacturing Activity(再生産活動でのグリーンイメージ効考慮した場合に環型サプライチェーンシステムへの生産計画に与える影響)本研究では,再生産費用が新規生産費用よりも高い場合に,循環型生産システムにおける生産方針の決定に,需要増加見込率や再生産費用削減を想定し,その場合の最適生産比率について考究した.[4]Optimal Production Strategy Considering Trade-in Aency in Closed-Loop Supply Chain System(環境型サプライチェーンシステムでの下取りを考慮した場合の最適生産方策)本研究では,回収した使用済製品の再生産による過剰在庫を抑えるため,サプライチェーン環境下でのリバースロジスティクス・システムに下取り業者を考慮した場合,また再生産を推進させ,かつシステム利益の増加を模索するため,再生産量の決定時に需要予測延長期間を考慮した場合についての生産方策について考究し,比較検証を行った.なお,上記研究題目[2]がELSEVIER出版社刊行の図書「INFORMATION CONTROL PROBLEMS IN MANUFACTURING 2006(edited by A.Dolgui, G.Morel, C.E.Pereira)」での1篇への掲載が決定した.また,平成17年度での研究成果として実績報告を行った下記の研究2題目[5]Utility of Outsourcing Service Agency for Return Processing Operations(オンラインにおける返品業務代行サービス利用の有用性)[6]Utility of Agency for Collection and Disassembly in a Remanufacturing System with Product-Life Cycle(製品寿命を考慮したリマニュファクチャリングシステムにおける回収・分解業務代行サービスの有用性が日本経営工学論文誌への掲載が決定したので併せてここに報告する.

In this study, the following information is required for the study of the same business. [1] Economic Utility of Third-Party Logistics for Affiliate Company (3PL is responsible for the usefulness of the same enterprise). This study is intended to improve the effectiveness of the same business. Benefit noodles, 3PL, profit, benefit, profit, benefit, benefit, profit, benefit, profit, profit, Product 1 is in the first place when the rate of movement is required. [2] Rebate System For Quality Improvement Under Supply Chain Environment (in the environmental environment), the quality of the product is higher than that in the environment. All the products are required to minimize the quality of the products. [3] On Production Planning in Closed-Loop Supply Chain System Under Consideration of Impact of Green Image Factor on Remanufacturing Activity (regenerative activities) is required to meet the requirements of the environmental protection system. In this study, I would like to discuss the relationship between the student plan and the project. The new standard for the use of recycling equipment, the use of environmental health equipment, the use of environmental protection equipment, the use of environmental protection equipment, the use of environmental health equipment, the use of environmental protection equipment, the use of recycling equipment, the use of cutting equipment. [4] Optimal Production Strategy Considering Trade-in Aency in Closed-Loop Supply Chain System (environmental environmental protection equipment, environmental protection, and environmental protection. [4] in this study, the use of environmental protection products to regenerate health products. In the environmental environment, the health care system is in good condition. Under the environment, the owner of the health care system is considered to be successful, and the regeneration policy is better than that of the health care provider. INFORMATION CONTROL PROBLEMS IN MANUFACTURING 2006 (edited by A.Dolgui, G.Morel, C.E.Pereira), published by ELSEVIER Publishing House, is published in this paper. In Pingcheng, the results of research in the year 17 were reported, and the following research was carried out in item 2. [5] Utility of Outsourcing Service Agency for Return Processing Operations [6] Utility of Agency for Collection and Disassembly in a Remanufacturing System with Product-Life Cycle (product lifespan test). Decompose the service agent to make a decision on the usefulness of the Japanese journal of engineering and engineering, and decide on the report.

项目成果

Utility of Outsourcing Service Agency for Return Processing Operations

外包服务机构在退货处理业务中的效用

• 发表时间: 2005
• 期刊: Proceedings of the 18th International Conference on Production Research CD-ROM出版
• 作者: Etsuko Kusukawa;Takaaki Furukawa;Hiroshi Ohta
• 通讯作者: Hiroshi Ohta

INFORMATION CONTROL PROBLEMS IN MANUFACTURING 2006 ( edited by A. Dolgui, G. Morel, C. E. Pereira) (共著)

制造中的信息控制问题 2006（A. Dolgui、G. Morel、C. E. Pereira 编辑）（合著者）

• 发表时间: 2006
• 作者: Etsuko Kusukawa;Kazuki Kudo;Hiroshi Ohta
• 通讯作者: Hiroshi Ohta

Utility of Agency for Collection and Disassembly in a Remanufacturing System with Product-Life Cycle

产品生命周期再制造系统中收拆代理的效用

• 发表时间: 2005
• 期刊: Proceedings of the 5th Business Aspects of Closed-Loop Supply Chains CD-ROM出版
• 作者: Etsuko Kusukawa;Hiroshi Ohta
• 通讯作者: Hiroshi Ohta

A Cooperative Decision Approach for a Production/Remanufacturing System

生产/再制造系统的协同决策方法

• 发表时间: 2004
• 期刊: Proceedings of 5th Asia-Pacific Industrial Engineering and Management Systems Conference 2004
• 作者: Sasagawa;A.;Kusukawa;E.
• 通讯作者: E.