Sentence examples for we formulate the rate from inspiring English sources

Therefore, we formulate the rate decays mathematically to consider these features in the design model.

To do so, we formulate the rate allocation problem into a distributed multi-objective optimization problem as follows.

For ease of description, we denote the unconstrained solution of problem ℙ 1 as P t, i *, i = 1,..., M. Meanwhile, in IA-GT, we formulate the rate constraints as equations, which are denoted as follows by substituting (10) into the constraints.

Let X represent the biomass density of a population consuming an underlying resource R. We formulate the rate at which a unit of X extracts a unit of R in terms of an extraction function f(R,X).

We can formulate the rate function of the Poisson distribution (lambda^{k}(t)) as the product of the initial rate (lambda ^{k}_{0}), the daily effect (delta^{k}_{i}), and the hourly effects (eta ^{k}_{j, i}).

We can formulate the rate function of the Poisson distribution (lambda^{k}(t)) as the product of the initial rate (lambda ^{k}_{0}), the daily effect (delta^{k}_{i}), and the hourly effects (eta ^{k}_{j, i}), Equation (10).

We formulate the sum rate maximized joint RA problem in multi-cell OFDMA downlink systems aided by a DF relay station (RS) in each cell.

Compared with the above existing works, the contributions of this paper are listed below: We formulate the sum rate maximized joint RA problem in multi-cell OFDMA downlink systems aided by a DF relay station (RS) in each cell.

We formulate the noise count rate and show the advantage of DEA method quantitatively.

Using Proposition 1 and the logarithmic substitutions: and, we formulate the weighted sum rate optimization problem as (25).

We formulate the optimization problem with rate constraint as ℙ 2 : max { P t, i } j = 1 M : P t, i ≥ 0 NEE = ∑ j = 1 M R j ∑ i = 1 M P total, i, s.t.