Sentence examples for interference formula from inspiring English sources

In a first attempt to extract the transmittance phase, Yacoby et al.[4] performed transport measurements on a closed interferometer with a QD inserted in one arm, the phase being extracted from a simple two-path interference formula.

While in this case one can conveniently use a simple two-path interference formula to extract the QD transmittance phase, the open interferometer has also a number of draw-backs, such as a reduced signal and some uncertainty regarding the effects of the extra leads.

Because surface nodes do not transmit data packets underwater, the interference constraint formula for surface gateways reduces to ∑ u ∈ I t f u O ≤ B, ∀ t ∈ T. (29).

A general formula of interference contrast formed by two arbitrarily polarized elliptical waves propagating along arbitrary directions in three-dimensional (3-D) space is derived.

Then the computation formulas of interference factor that accounted for the wind directions under the five arrangements were proposed.

Based on this model, the authors derive analytical formulas for interference, outage probability, and spatial outage probability.

We propose a new framework to study the performance of cellular networks using a fluid model and we derive from this model analytical formulas for interference, outage probability, and spatial outage probability.

The expression in (b) is obtained by plugging the signal-to-interference-plus-noise ratio formula and letting it on the left hand side of the inequality and (c) is the result of some algebraic manipulations for keeping fading variable h alone.

Approximating the interference distribution with a normal distribution, let us use classical formulas for BER in presence of AWGN [12, 13].

In order to consider these states in system level studies, we propose modifying the conventional signal-to-interference-plus-noise ratio (SINR) formula to take into account the RS characteristics text{SINR} = frac{P}{sum_{i = 1}^{n} rho_{i} I_{i} +sigma^{2}}, (1).

We next establish a parametric family of functions (parameterized by σdB) for the interference gain G by determining empirical formulas for parameters η, α, k, and β.