Sentence examples for instantaneous equivalent from inspiring English sources

An instantaneous impact energy load was replaced by an instantaneous equivalent load.

Assuming the maximum ratio combining employed, we can obtain the instantaneous equivalent end-to-end SNRs as follows γ 2 k 1 = γ 1 ( k ) + β γ 0 γ 1 k 2 = γ 2 ( k ) + β γ 0 (2).

Therefore, the instantaneous equivalent end-to-end signal-to-interference plus noise ratio (SINR) can be written as γ D = ∑ i ∈ N s P i | h S R i | 2 | h R i D | 2 P i | h S ′ R i | 2 | h R i D | 2 + P i | h R i D | 2 N 0 + N 0, (4).

The destination can delay (21) by τ time slots and combine it with (23), then the end-to-end instantaneous equivalent SNR and achievable rate are given as {gamma_{mathrm{FD,AF}}} = N{bar gamma_{{text{sd}}}} + frac{{N{{bar gamma }_{{text{rd}}}}{gamma_{mathrm{r}}}}}{{N{{bar gamma }_{{text{rd}}}} + {gamma_{mathrm{r}}} + 1}}, (24).

The transition regimes between the different edge-flame structures are examined as a function of the amplitude and frequency of the strain rate variations in the unsteady counterflow and also as a function of the instantaneous and equivalent strain rate functions.

The equivalent instantaneous SNR of (20) is given by [14] (21).

Following [35], we define an embedded matrix notation which transforms the convoltive mixture (15) to an equivalent instantaneous mixture.

In the first protocol, RSC-inst, the relay is selected based on the equivalent instantaneous BER of branches.

(1) where (omega_{M}) and (omega_{N}) are the instantaneous frequencies of equivalent potentials at two system sides; (u_{D}), (U_{ D} and (omega_{D}) are instantaneous voltage, voltage effective value and instantaneous frequency of D, respectively.

kern -nulldelimiterspace } {sigma _{0}^{2} }}} right)left | {{mathbf {h}}_{RE}^{H} {mathbf {w}}_{ZF} } right |^{2} ) denote the equivalent instantaneous SNRs at the S-R, R-D, and R-E links, respectively.

Thus, the equivalent instantaneous SNR from the secondary relay to the selected best destination is given by {gamma}_2=underset{m=left{1,dots, Mright}}{underbrace{ max }}left {gamma}_{2m}right)=underset{Mright{1,dots, Mright}}{underbrace{ max }}left(Q{leftVert {mathbf{h}}_{2m}^{mathrm{T}}rightVert}_F^2right) (9).