(27) Table 2 Peak pairs of digital modulation Modulation Peak pairs (f, α) BPSK f c, 1 T, (0, 2f c ), 0, 2 f c ± 1 T MSK f c, 1 T, 0, 2 f c ± 1 T AM (0, 2f c ) QAM f c, 1 T. Once the peaks are obtained, modulation classification is performed.
Although the graphene-based modulator has the potential to obtain a modulation rate of 500 GHz, the practical electro-absorption modulator based on graphene is limited to approximately 1 GHz due to the RC constant [7,8].
As the prime material for the semiconductor industry, silicon modulators have to be fabricated in large scale to obtain enough modulation depth, due to a relatively weak high-order electro-optical effect.
Another interesting approach to attentional modulation is presented in [ 36]; as in our work, the influences of multiple models are fused to obtain attentional modulation, in this case using probabilistic inference.
First, block compressed sampling theory was used to compress the image and obtain the modulation map.
For brevity, we employ the coefficient of F0 in (2) and (13) to obtain the modulation order relationship.
Then, the method of multiple scales is applied to obtain the modulation equations in the case of primary resonance.
The full-basis Galerkin method and the multi-scale method are applied to obtain the modulation equations.
The method of multiple scales is applied directly to the nonlinear equations of motion and associated boundary conditions to obtain the modulation equations and approximate solutions of the cable.
For that, two basic approaches have been worked out in the last few years: placing Cre under the control of a regulatable promoter or use a fusion protein to obtain a modulation of Cre activity by steroids.
