Sentence examples for common modulation from inspiring English sources

The value of is well known for common modulation schemes and is given in Table 1 [6].

They also explored the BER performance of several common modulation schemes in an IBC system with a carrier frequency of 500 kHz.

To maximise the BER performance, the proposed algorithm is designed to construct codewords with minimal indexing distance ρ and maximum Hamming distance d min. This design can operate on the common modulation schemes, but an additional improvement was observed using star QAM.

They were selected because they showed in common modulation of their tinnitus perception by oro-facial, neck or eye movements or other musculo-skeletal activation (skin or muscle pressure).

Their common modulation pattern strongly supports their structural and/or regulatory role in both forms of calcification.

This suggests that these 18 miRNAs might have common modulation mechanisms with the AIV infection in chickens.

For example, subjects are looking at the screen during both motor imagery tasks, which can generate visually related common modulations at C3 and C4.

A small Fb(ω m,τ n ) indicates that small common modulations happen in the time-frequency region (ω m ×τ n ).

Different from classical criteria, TFDF measures the discrimination power of features based on neurophysiologic phenomena (task-relevant ERD), on which a motor imagery BCI relies, considering both discriminative and common modulations instead of only the statistical distribution of features.

Thus, we define the blurring force Fb(ω m,τ n )=|PDC 3(ω m,τ n )+PDC 4(ω m,τ n )| to estimate those common modulations in the time-frequency region (ω m ×τ n ).

An ideal time-frequency region for classification should have large discriminative modulations (large Fd(ω m,τ n )) and small common modulations (small Fb(ω m,τ n )), so the ROI is estimated by seeking the maximum value of TFDF(ω m,τ n ) among the given M×N time-frequency regions: TFDF ω ∗, τ ∗ = max TFDF ω m, τ n ∣ m ∈ 1, 2, …, M, n ∈ 1, 2, …, N (8).