By an adaptive DCT mode selection scheme, several highly discriminative DCT modes are selected.
Some candidate modes are selected from those of H.264/AVC incoming bitstream by using conditional probability.
By the observed TEM00-detection-modes the relevant vacuum field modes are selected as TEM00-mode structures, as well.
Under nominal operation, three operation modes, EE, EB, and PP modes, are selected depending on the spacecraft location (Table 1).
In particular, the deformation modes are selected as the dynamic eigenmodes of an unrestrained planar frame representing the cross-section.
In this method, the video is coded with three different QP values at the same time, and the best modes are selected based on a joint optimization.
This is explained by the fact that for below −3 dB and above 12 dB, single protection modes are selected by both algorithms.
Through the structural acoustic analysis program, the control plate and the control modes are selected, which are most effective for attenuating its noise.
The operating mode selection is discussed in detail for each corresponding frequencies and TE34,10, TE25,8 and TE17,5 modes are selected as the operating mode for 170 GHz, 127.5 GHz and 85 GHz operation of the device, respectively.
The operating modes are selected on the basis of voltage level for DBS and are classified into grid dominating, storage dominating and utility dominating in [15] and [16] to highlight the DBS principle.
