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UNCONSTRAINED THREEDIMENSIONAL COMPACT SHELF STORAGE
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APPENDIX assumed Auburn Data Auburn University Book Sizing classification classification-storage system CM CM CM compact storage considered constrained model continuous shelf adjustment corresponding cost cumulative distribution cumulative distribution function Cumulative Frequency Discrete Distribution Example distinct shelf heights dynamic programming equation feasible shelf height Given a collection Height and Width Height Cumulative height H inches increase in capacity incremental shelf adjustment indicated known size distribution maximum book height minimize Modified Within Stack number of books number of distinct number of divisions number of shelf number of stack optimal shelf heights Optimal Values presented shelf area Purdue data Purdue University Random Shelf storage Relative Height selection rule set of shelf shelf end area shelf length Shelf storage model shelf thickness shelf widths shelves of height SIMULATED SAMPLING sizing data space stack cover stack height Stack Shelf Height stack units required storage decision problem storage system unconstrained storage models