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The goal is to determine the domination relations between permutation and non-permutation schedules. We analyze the structural and dominance properties that ...
Abstract. We introduce a new line of analysis of Flow Shop scheduling problems, for the case of two jobs and assuming that processing times are unknown.
We introduce a new line of analysis of Flow Shop scheduling problems, for the case of two jobs and assuming that processing times are unknown.
Summary. We introduce a new line of analysis of Flow Shop scheduling problems, for the case of two jobs and assuming that processing times are unknown.
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We introduce a new line of analysis of Flow Shop scheduling problems, for the case of two jobs and assuming that processing times are unknown.
GUPTA AND REDDI [21 considered a new dominance condition for the three-machine flow-shop scheduling problem. Stated in the notation of [2] this condition is.
In this paper, we consider the general, no-wait and no-idle flow shop scheduling problem with dominating machines. The 'no-wait' constraint means that each ...
Missing: Dominance | Show results with:Dominance
Oct 22, 2024 · The flow-shop minimum-length scheduling problem with n jobs processed on two machines is addressed where processing times are uncertain (only ...
A. FLOWSHOP scheduling problem consists of determining the process- ing sequence for n jobs on M machines, where each job is processed on all the machines in ...
Jan 17, 2022 · Flow shop scheduling problem (FSP), which is a typical combinatorial optimization problem and exists widely in production system and service ...