The experiment focuses on comparing the performance of all approaches on normally distributed prices, and the configuration is the same as in Section 4.2.
Afterwards, we investigate the performance of our method with the increasing of L s in Figure 4, where the DOA configuration is the same as that in Figure 3. Besides, we assume SNR = 20 dB, M = 2, K = 4, and L = 50 in this example.
In Figure 14, we show the CDF of performance gains (the configuration is the same as that in Figure 8) when channel changes slowly.
The considered SAR configuration is the same as the one described in Section 2. As the pulse duration is inversely proportional to the bandwidth and proportional to the sub-band number, the pulse time duration becomes (T_{p} = frac {65}{20cdot 10^{6}}=3.25) μs.
A series of experiments were performed to this aim by means of the AMULOR system prototype of Figure 2. The system configuration was the same as for the measurements reported in the previous section.
Other configurations are the same as in Figure 3 (see text for more details).
In this case, when the indentation between the two tips is limited to 15 atoms in cross section, the configuration at the contact is the same in all cycles, a double contact, although we observe the formation of the different double contacts described in Figure 3C,D,E.
In AMP-CTLS, frequency is uniformly grided to 2M points, and other configurations are the same as described in Section 5.1.
The configuration of the fully connected layers is the same in all networks.
First, the factor structure is the same in all samples (the configuration of factor loadings is identical: 'configural invariance').
