When either input frame (Rec[t] and Rec[t + S]) is coded by 'Skip' mode, the target frame (frame[t + S/2]) is coded by skip mode, and only one 'Skip' indication bit is transmitted.
It is well known that, when a Pulse-Doppler radar operates in high pulse repetition frequency (HPRF) mode, the target range information is ambiguous due to the aliasing range [1].
Comparisons of the computed far-field results with the measured acoustic data reveal that, in general, the solver predicts the peak sound levels well when the farfield is dominated by the in-duct target mode (the target mode being the one specified to the in-duct mode generator).
Similarly, using SrMPV mode, healthy young subjects had smaller deviations from the achieved symmetry ratio and, compared with the no vibration mode, the target symmetry ratio was approached well, as indicated by the p-values (p = 0.0065, 0.0823).
Furthermore, there is no means to incorporate protein-specific information which additionally captures interaction details of different experimentally observed binding modes with the target protein under consideration.
For example, samples from multiple Markov chains may be confined to isolated modes if the target distribution is multi-modal, or the chains may mix poorly when there are strong correlations between variables.
Modeling studies were carried out to further rationalize the NPSR binding mode of the target compounds.
Finally, molecular docking studies were performed to predict the possible binding mode of the target compounds.
Their binding mode with the target enzyme was clarified by molecular docking.
Selected ion monitoring mode determining the target ions of sitosterol (m/z 414, 396, 329, and 213) was applied for the quantification of this component.
