4. The system of claim 1 wherein in step (vi) of determining said first target, said system controller additionally obtains a first confidence level via a first confidence level acquisition element, and in sub step (d) said system controller calculates said first target utilizing said variance component set such that the probability of satisfying said first constraint set is at least as great as said first probability with said first confidence level, wherein said first constraint set, said first probability, said product data set, and said first confidence level may be obtained in any order.
1. A system for package fill determination comprising a system controller; a data storage element; a historical data set acquisition element; a sampling manufacturing period acquisition element; a variance model acquisition element; a estimation technique acquisition element; a variance component set acquisition element; a first constraint set acquisition element; a first probability acquisition element; and a product data set acquisition element; wherein said system controller: (i) obtains a historical data set via said historical data set acquisition element; (ii) obtains a sampling manufacturing period via said sampling manufacturing period acquisition element; (iii) obtains a variance model via said variance model acquisition element; (iv) obtains an estimation technique via said estimation technique acquisition element, wherein steps (i), (ii), (iii) and (iv) may be conducted in any order; (v) determines a variance component set, acquired via said variance component set acquisition element, using said variance model, said estimation technique, and said historical data set; and (vi) determines a first target by the method comprising the steps of: a) obtaining a first constraint set via said first constraint set acquisition element; b) obtaining a first probability via said first probability selection element; c) obtaining a product data set via said product data set acquisition element, wherein steps (a), (b) and (c) may be conducted in any order; and d) calculating said first target utilizing said variance component set such that the probability of satisfying said first constraint set is at least as great as said first probability.