
A family of algorithms is described for finding optimum schedules for job-shops. The algorithms are of a branch and bound type but have a complete schedule associated with each node of the search tree. Branching from nodes is based on important conflicts in the schedule. Some results are provided.
Deterministic scheduling theory in operations research, branch and bound, search tree, job shop, deterministic [production/scheduling], optimum schedules for job-shops
Deterministic scheduling theory in operations research, branch and bound, search tree, job shop, deterministic [production/scheduling], optimum schedules for job-shops
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