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international symposium on environmentally conscious design and inverse manufacturing | 2005

Adaptive Production Planning by Information Sharing for Reverse Supply Chain

Takeshi Murayama; Mitsunobu Yoda; Toru Eguchi; Fuminori Oba

This paper describes a production planning method for a reverse supply chain, in which a disassembly company takes reusable components from returned products and supplies the reusable components for a product manufacturer. Such a supply chain is faced with an issue that the timings and quantities of returned products and reusable components obtained from them are unknown. The authors propose a method to resolve the issue by sharing information among companies comprising the supply chain. The method first predicts the quantities of returned products and reusable components by using reliability models. Using the prediction result, each of the companies performs their production planning through the information sharing. The shared information is also used to adjust the reliability models and consequently to make production plans adequate. The flow of the components and products through the supply chain is simulated to show the effectiveness of the method


Jsme International Journal Series C-mechanical Systems Machine Elements and Manufacturing | 2006

Production Planning and Simulation for Reverse Supply Chain

Takeshi Murayama; Mitsunobu Yoda; Toru Eguchi; Fuminori Oba


Journal of Advanced Mechanical Design Systems and Manufacturing | 2014

Job shop scheduling for meeting due dates and minimizing overtime using genetic algorithm incorporating new priority rules

Mitsunobu Yoda; Toru Eguchi; Takeshi Murayama


Transactions of the Japan Society of Mechanical Engineers. C | 2013

Job Shop Scheduling with Capacity Adjustment (An Efficient Search Method Using the Mixture of GA and Priority Rule)

Mitsunobu Yoda; Toru Eguchi; Takeshi Murayama


The Proceedings of Manufacturing Systems Division Conference | 2014

109 Job Shop Scheduling with Capacity Adjustment Using the Mixture of GA and Priority rule : Overtime Decision Based on the Critical Value of Job

Mitsunobu Yoda; Toru Eguchi; Takeshi Murayama


The Proceedings of Mechanical Engineering Congress, Japan | 2013

S142015 Scheduling to meet due dates with capacity adjustment : An efficient search method using the mixture of GA and priority rule and its performance evaluation using Lagrangian relaxation method (2nd report)

Yusuke Yamamoto; Mitsunobu Yoda; Toru Eguchi; Takeshi Murayama


The Proceedings of Manufacturing Systems Division Conference | 2013

303 Scheduling to meet due dates with capacity adjustment : An efficient search method using the mixture of GA and priority rule and its performance evaluation using Lagrangian relaxation method

Toru Eguchi; Yusuke Yamamoto; Mitsunobu Yoda; Takeshi Murayama


Proceedings of International Conference on Leading Edge Manufacturing in 21st century : LEM21 | 2013

D027 Job Shop Scheduling with Capacity Adjustment : An efficient search method using the mixture of GA and priority rule and its performance evaluation using Lagrangian relaxation method

Toru Eguchi; Mitsunobu Yoda; Yusuke Yamamoto; Takeshi Murayama


The Proceedings of Manufacturing Systems Division Conference | 2008

2101 Scheduling Using the Mixture of Genetic Algorithm and Priority Rule : Optimization by the sequential application of GA

Toru Eguchi; Mitsunobu Yoda


The Proceedings of Manufacturing Systems Division Conference | 2007

1104 Job Shop Scheduling with Capacity Adjustment

Toru Eguchi; Mitsunobu Yoda; Takeshi Murayama; Fuminori Oba

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