Abstract
In this paper, a computer algorithm for the design and optimization of workplace layout is presented. Known as WOLAP (Workplace Optimization and LAyout Planning), this algorithm attempts to include many, if not all, relevant human factors variables and design-constraining factors, and it utilizes a unified Monte Carlo approach.
The results obtained to date with WOLAP appear to be as valid and accurate as those obtained with other promising approaches. One obvious advantage of WOLAP is that many quantitatively optimized solutions can be obtained at the same time. This permits designers to consider and evaluate various mathematically optimal alternatives against any pertinent qualitative criteria, e.g. human engineering principles of arrangement, to come up with the best possible and technically feasible design in a relatively short time. Currently, WOLAP is capable of handling up to thirty instrument-components. Its program and data can easily be handled by most small computers.
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