For this step, we adopted the approach reported in [ 12]. set auto).
As a first step, we adopted the simplest consecutive string kernel algorithm, the BOW method (Joachims, 1998; Lodhi et al., 2002).
In the annotation step, we adopted a classical 'hard' rule-based selection, which is objective but sensitive to variance among subjects.
For the second step, we adopted a modified protocol by Denton et al. for the coupling of phenyboronic acid with chloro compound 6 under microwave irradiation; 4-allyl-2-phenylphenol 8a was obtained in 58% of yield (Table 2, entry 1), giving an overall yield of 46%.
During each coarse scale time step, we adopt a linear wave approximation around the interface, with the wave speed updated using the coarse grid information.
In the second step, given the transmitters' parameters designed in the first step, we adopt an interference pricing approach to design the relays' parameters for obtaining high end-to-end sum-rates.
In the second step, we adopt the concept of correlated equilibrium into the case of two-user MIMO/OFDM, and we introduce a regret-matching learning algorithm for the system to converge to the equilibrium state.
In the second localization step, we adopt different LLS localization algorithms to convert the nonlinear range measurements in (3) into linear models in p and give a close form location estimate ( {widehat{mathbf{p}}}_{mathrm{LLS}} ).
The paired-end reads aligned to hg19 mitochondrial sequence were realigned to rCRS (Revised Cambridge Reference Sequence) [ 70] using all the quality control steps that we adopted for calling variants.
In this part, we present an audio watermarking strategy to cope with the DA/AD conversions by considering the TSM, signal energy change and additive noise distortion as formulated in Equation 2. Our strategy includes three main steps: 1) We adopt the relation-based watermarking strategy so that the watermark is resistant to the energy change of audio signals in the DA/AD conversions.
