In the context of multi-antenna transmission, the stream of QAM symbols undergoes a further step of spatial encoding represented by the STBC encoder depicted in Figure 1.
The following step of spatial normalization was realized by warping the coregistered T1-structural image to the standard T1-weighted SPM template (Ashburner and Friston 1999) provided by the Montreal Neurological Institute (MNI).
The quantization step sizes of spatial parameters are assigned according to JND values of azimuths in a full circle.
However, the quantization step sizes of spatial parameters in current SAC methods are not well correlated with the JND characteristics.
Thus, the quantization step sizes of spatial parameters in current SAC methods are not in coincidence with the JND characteristics of different azimuths in a full circle.
However, the quantization step sizes of spatial parameters in current SAC methods are not consistent well with the JND characteristics of different azimuths in a full circle.
The surface roughness drops to 30% ~ 40% of initial diamond turned surface after a single ion beam planarization step, irrespective of spatial wavelength and depth of diamond turning marks on NiP surfaces.
The normalization was a 2-step process of spatial then intensity dependent bias correction.
The data was normalized using a 2-step process of spatial followed by intensity dependent bias correction for each print-tip, as described previously [ 52].
In existing I, the order of lifting steps for spatial dimension x remains the same, but those of the steps for dimensions y and z, and temporal dimension t, change as.
