Exact(6)
The second approximation is.
The second approximation is related to the time domain.
The second approximation is based on l-step lookahead policy and rollout algorithm.
The second approximation is based on an interpolation between the light-traffic behaviour and heavy-traffic results for the mean queue length.
The second approximation is required to compute the maximum inrush current of a transformer by assuming that the source impedance is not negligible.
The second approximation is equivalent to the assumption that different genes do not lie in hot and cold spots in the chromosome in the same genome.
Similar(54)
Note that the zeroth approximation is very rough indeed in any case: the periodic solution is approximated by a piecewise linear function (see Figure 6).
The periodic solution in the first approximation is obtained.
The first approximation is based on interchanging the minimization and expectation operators.
In this case, the peak intensity of hydrotalcite in the first approximation is a linear function of the additive concentration.
The first approximation is obvious while the second approximation holds provided that M is sufficiently large and K sufficiently small (e.g., for K=4 and M=1024, we have a normalized approximation error of 6.1%).
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