Exact(3)
When we decrease 10 20% on the parameter (b,) then (prod^), (R^), (S^) and (T^) decrease, (t_{2}^) increases, and (t_{1}^) retains the same value; when we increase 10 20% on the parameter (b,) then the system gives infeasible solution.
When we decrease 10 20% on the parameter (a,) then (R^), (t_{2}^) and (T^) decrease, and (S^ and (prod^) increase, and (t_{1}^) retains the same value; when we increase 10 20% on the parameter (a,) then the system gives infeasible solution.
When we decrease 10 20% on the parameter (A,) then (prod^)and (t_{2}^) decrease, and (R^), (S^) and (T^) increase, and (t_{1}^) retains the same value; when we increase 10 20% on the parameter (A,) then the system gives infeasible solution.
Similar(5)
For the purpose of establishing whether repeatedly performed measurements conducted in the same conditions would also retain the same value over time, four measurements were carried out, consisting in the verification of results of establishing the effective radius of the stylus tip over the course of ten consecutive working days.
However, for I F 1/F 3, the standard deviation almost retain the same value if γ<0.8.
Elements L and C can be made arbitrarily small while retaining the same value of k.
All other elements retained the same values as their FPGA counterparts.
From the above table, we can derive the following conclusions: When we decrease 20% on the holding cost of rented warehouse, (c_{text{hr}},) the system gives infeasible solution; when we increase 10 20% on the holding costs of rented warehouse (c_{text{hr}},) then (R^) and (T^) increase, and (prod^) decreases, and the rest parameters (S^), (t_{1}^) and (t_{2}^) retain the same values.
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Justyna Jupowicz-Kozak
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