Multi-Job Cyclic Scheduling for an Automated Job-Shop-Type Manufacturing System : Relationship Between Job Output Interval and Buffer Capacity

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概要

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• A multi-job cyclic scheduling problem for an automated job-shop-type manufacturing system was analyzed. In the cyclic scheduling problem, an optimum schedule is a non-idle schedule, where a bottleneck machine produces jobs without idle time in the steady state. A dividing method of the jobs was introduced and the job output interval in the steady state was clarified. A lower bound on the buffer capacity was obtained to construct a non-idle schedule.

• 一般社団法人日本機械学会の論文
• 1989-09-15

著者

• Yura Kenji

  Department of Systems Engineering University of Electro-Communications

• Yura K

  Univ. Electro‐communications Tokyo Jpn

関連論文

• 5A3 ONLINE SCHEDULING FOR FLEXIBLE FLOW SHOPS WITH DUE DATE CONSTRAINT(Technical session 5A : Sophisticated scheduling 2)
• 4B3 INTERACTIVE MULTI-SHIFT SCHEDULING TO SATISFY WORKER'S PREFERENCE ON SHIFT AND DAYS-OFF(Technical session 4B : Personnel scheduling)
• Interactive Multi-Shift Scheduling to Satisfy Worker's Preferences on Shift and Days-off(Advanced Production Scheduling)
• Online Scheduling Aiming to Satisfy Due Date for Flexible Flow Shops(Advanced Production Scheduling)
• Multi-Job Cyclic Scheduling for an Automated Job-Shop-Type Manufacturing System : Relationship Between Job Output Interval and Buffer Capacity

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