In multiple input multiple output (MIMO) systems, where multiple antennas are used at both ends of the wireless channels, significant power gains are achieved by taking advantage of fading diversity of the channel.
Low cross-correlation is essential for better performance in multiple access systems where several users share same time-frequency resource.
Enhanced recrystallization at the SGB in Figure 9c may therefore be interpreted as the activation of multiple slip systems where exsolution lamellae are absent.
Generating chaotic signals with desired properties is also an interesting research topic, especially with implementation in multiple access systems where performance can be tested in real systems on software-defined radio systems.
Regarding the MUI, the situation is similar to what happens in conventional code division multiple access systems where the performance is strictly related to the partial cross-correlation properties of codes and [42].
Later, in [26] and [27] the idea of buffer-aided relaying was expanded to multiple relay systems, where the authors have proposed the max-max link selection (MMLS) protocol firstly.
Moreover, we plan to extend the proposed model to multiple-input multiple-output (MIMO) systems, where the tradeoff between multiplex and diversity will be considered in our model.
In detail, a D-type NILC strategy has been considered for a class of linear time-invariant (LTI) multiple-input-multiple-output (MIMO) systems, where both the packet dropout and the communication delay of the system output are considered [14].
In addition, 1-bit quantization not necessarily with oversampling received increased attention in the context of multiple-input multiple-output (MIMO) systems, where the low SNR regime is discussed in [12, 13], and the high SNR case is investigated in [14].
It is thought of creating a multiple-input multiple-output system, where each output only includes the speech of the dedicated speaker.
