The overall function can be represented as:
$O = \Omega(M, L, C, E, T, I)$
Where:
* $O$ = Vector of outputs
* $\Omega$ = Transformation function
* $M, L, C, E, T, I$ = Vectors of respective inputs
Utilization Rate ($U$):
$U = \frac{A_O}{C_D} \times 100\%$
Efficiency Rate ($E$):
$E = \frac{A_O}{C_E} \times 100\%$
Throughput ($THR$): The rate at which the system produces output. Measured in units/time.
$THR = \frac{\text{Demand}}{\text{Process Time per unit}}$ (if demand-constrained)
$THR = \frac{\text{Capacity}}{\text{Bottleneck Cycle Time}}$ (if capacity-constrained)