Activation and inter-regional synchronization in this network is modulated by theta phase but, paradoxically, the precise relationship to theta oscillations differs between sources and source pairs.
In numerical experiments, we are interested in the error between exact source and source with approximation as RMSE: RMSE ( f, f ϵ ) : = 1 N ∑ n = 1 N ( f ( x n ) − f ϵ ( x n ) ) 2. with f ( x n ), f ϵ ( x n ) a discretization of function f, f ϵ.
The OPA strategy can choose between two modes of operation, cooperation between source and relay or source transmission only.
Structured rate-compatible codes with unequal error protection (UEP) are designed through joint optimization of the codes for the channels between source and relay and source and destination.
The results indicate that there are significant relations between designers' goals and the type of selected source, similarity between source and target, and novelty of the design ideas.
Radiation protection of living organisms requires control of sources, barriers between source and living being, or removal of the target entity.
The OPA strategy can choose between two modes of operation: (i) cooperation between source and relay or (ii) source transmission only.
On the basis of the signal-to-interference-plus noise of the secondary network, the OPA strategy can choose between two modes of operation, cooperation between source and relay or source transmission only.
Moreover, we recall that under the FDJD scheme, the direct link is seen as a useful source of information, and therefore the proposed power allocation strategy can choose between two modes of operation: (i) cooperation between source and relay or (ii) source transmission only.
In the half-duplex co-operative relay networks with three terminals, there are two relay channels through which destination receives the signals from the relay and the source, one between source and destination M1, and the other between relay and destination M2, see Figure 1. Figure 5 Diagram of the proposed scheme.
., the waveform signal emitted by a source (or a wavefied ),, a random amplitude of the source,, a time propagation between source and sensor depending of (the direction-of-arrival (DOA) of source ),, a random noise supposed to be additive, temporally and spatially white, uncorrelated with the sources, nonpolarized and with a power spectral density given by.
