Research Article
Formulations, Features of Solution Space, and Algorithms for Line-Pure Seru System Conversion
Algorithm 4
Algorithm for models of Min-TLH with
constraint.
Input: (the number of workers in assembly line). | Output: The optimal solution of Min-TLH with constraint. | (1) Initialize. Set O = null (record the optimal solution), . | (1-1) Generate the solution set () of sub-space with J serus according to ! and calculate each solution’s | TLH and . | (1-2) Produce the feasible solution set () of , that is, the set of solutions satisfying constraint. | (1-3) Obtain the optimal TLH in . | (1-4) = optimal TLH in ; | (2) ; | (3) While Do | (3-1) Generate the solution set () of sub-space with J serus according to ! and calculate each solution’s | TLH and . | (3-2) Produce the feasible solution set () of , that is, the set of solutions satisfying constraint. | (3-3) Obtain the optimal TLH in . | (3-4) If optimal TLH in < optimal TLH in Then | O = optimal TLH in ; | ; | Continue; | Else | Break; | (4) Output O. |
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