Sentence examples for pair of frequencies from inspiring English sources
The pair of frequencies is referred to as a bifrequency.
Channels use a pair of frequencies for communication (see Fig. 2)—one frequency (the forward link) for transmission from the cell site and one frequency (the reverse link) for the cell site to receive calls from the mobile device.
Since each cluster only reports a 1-bit hardecisionon to the FC, the subcontrol channel can be reduced to a pair of frequencies corresponding to two possible values of a cluster decision.
In contrast, we assume that for a pair of frequencies (f p,f q )with f p ≠ f q, the complex signals s i (f p ) and s i (f q ) are statistically dependent for a given source.
(a ) Mean correlations between the amplitudes for every pair of frequencies, averaged across sessions.
(b ) The proportion of sessions exhibiting a given correlation value on the x-axis for every pair of frequencies.
Therefore, IVA imposes the same amount of statistical dependency on every pair of frequency bins, which may not match the characteristics of real-world signals.
Phase coupling is the estimate of the proportion of energy in every possible pair of frequency components (f_{1},f_{2},f_{3}, ldots,f_{n}).
Each device in the network maintains its own subframe table, whose entries include the device ID, subframe information (i.e., a pair of frequency index and time index), hop count, and sequence number of each device within the interference range.
The new clique designs are advantageous because the weak dependency among distant frequencies is modeled by indirect dependency propagation, which helps in finding a better local solution compared to the original IVA, where the same amount of dependency is assigned to any pair of frequency bins.
and x ̄ f = x f ( 1 ) + x f ( 2 ) + ⋯ + x f ( I ) I. By abuse of notation, we hereafter use the symbols ρ and r to denote, respectively, the correlation coefficient (Equation 6) and the sample correlation coefficient (Equation 7) for any pair of frequency bins.
