The conventional layout problem is concerned with finding the arrangements of components inside container to optimize objectives under geometrical constraints, i.e., no component overlap and protrusion. In this paper, multi-objective optimization for balance activity requirements functional constraints developed. Integrating accessibility as ensures maintenance or proper operation. However, add...

It is well-established that increased product visibility to shoppers leads higher sales for retailers. In this study, we propose an optimization methodology which assigns categories and subcategories store locations sublocations maximize the overall of products shoppers. The hierarchically developed meet strategic tactical layout planning needs brick-and-mortar Layouts in both levels are optimi...

Interactive method for optimization of an IC layout with respect to sensitivity to spot defects is presented. The relationship between occurrence of a spot defect and a circuit failure is discussed. A new concept of sensitive area is introduced. A new algorithm which allows determination of sensitive areas for opens is proposed. A practical example of the application of a software tool SENSAT t...

Genetic algorithm (GA) is proven to be a useful technique in solving optimization problems in engineering. Fixture design has a large solution space and requires a search tool to find the best design. Few researchers have used the GAs for fixture design and fixture layout problems. Either separately (Kulankara et al 2002) or along with FEM, GA has been used for fixture layout and clamping force...

It is significant to achieve automatic arrangement for bas-relief layout which can be noticeably more efficient than the time-consuming manual process. In fact, nearly none work has been reported in terms of arrangement. this paper, we propose a novel approach tackle problem. Specifically, first identify evaluation indicators account different aesthetic factors, and model goodness each indicato...