Sizing dedicated storage based on service level requirements
{"Image DocumentName": "Sizing dedicated storage based on service level requirements", "Image ImageDescription": "Q_i = max number of storage locations requested at any single operational period for the storage of SKU i (random variable) F_i(k) = Prob{Q_i \uf0a3 k} (cumulative distribution function of Q_i) If a distinct service level s_i is defined for each SKU i, then the determination of N_i is addressed independently for each SKU, according to the logic presented for the randomized storage policy. Next we address the problem of satisfying a single service level requirement, s, defined for the operation of the entire system, i.e., Prob{no storage shortages in a single day} \uf0b3 s. under the additional assumption that the storage requirements posed by various SKU\u2019s are independent from each other. Then, for an assignment of N_i locations to each SKU i, Prob{no storage shortages in a single day} = \uf050_i F_i(N_i) and. Prob{1 or more storage shortages} = 1 - \uf050_i F_i(N_i)", "Image XResolution": "37", "Image YResolution": "37", "Image ResolutionUnit": "Pixels/Centimeter", "Image Software": "SlidePlayer", "Image YCbCrPositioning": "Centered"}