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We describe the design and use of a computer program to balance two-sided assembly lines. The program embodies a balancing algorithm that emphasizes speed over accuracy for the interactive, rapid refinement of solutions. We argue that this is a more useful approach to balancing real assembly lines than the typical optimality-seeking techniques. We also discuss some theoretical properties of two-sided lines; and we include the data for a real assembly line, which to our knowledge is the first to appear in the open literature in over 30 years
John J. Bartholdi (Fri,) studied this question.