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Exact(4)
The analytical results with multiple relay network topology are illustrated as Fig. 7.
In this paper, the novel extension of analog network coding based on space-time coding technique in multiple relay network under different fading scenarios is presented.
Second, under the single or multiple relay network environment and mobility of sensors, the selective characteristics of time and frequency domain were studied.
In the experiment 2, the performance of the proposed OCC-TFD and CC-OPAS with multiple relay network topology were given by Fig. 11.
Similar(56)
In [15], approximations for the channel capacity of opportunistic cooperative multiple relay networks over Rayleigh fading channels under optimal simultaneous power and rate (OSPR), optimal rate with constant power (ORCP), and truncated channel inversion with fixed rate (TCIFR) were investigated.
However, the extension of these studies to multiple relays network is not obvious.
Figure 1 A wireless multiple-relay network.
To study the essential features of the two-way multiple-relay network, we focus on the case of two relays in our work.
We propose modified space-time-coding-based analog network coding (ANC) for multiple-relay network, termed space-time analog network coding (STANC).
This work is concerned with a general network, i.e., a multiple-relay network operated on either i.i.d. or non-identically distributed (i.n.d).n.d
We have proposed a novel cooperative scheme for a two-source multiple-relay network that combines the best relay selection and partial relaying cooperation to effectively exploit the spatial diversity.
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