文件名称:Decode-and-Forward-Two-Way-Relaying-with
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In this paper, we study a decode-and-forward twoway
relaying network. We propose an opportunistic two-way
relaying (O-TR) scheme based on joint network coding and
opportunistic relaying. In the proposed scheme, one single “best
relay” is selected by MaxMin criterion to perform network
coding on two decoded symbols sent from two sources, and then
to broadcast the network-coded symbols back to the two sources.
The performance of the proposed scheme is analyzed, and verified
throughMonte Carlo simulations. Results show that the proposed
scheme achieves a better performance compared to the fullydistributed
space-time two-way relaying (FDST-TR), which has
been identified as the best decode-and-forward two-way relaying
method so far.
relaying network. We propose an opportunistic two-way
relaying (O-TR) scheme based on joint network coding and
opportunistic relaying. In the proposed scheme, one single “best
relay” is selected by MaxMin criterion to perform network
coding on two decoded symbols sent from two sources, and then
to broadcast the network-coded symbols back to the two sources.
The performance of the proposed scheme is analyzed, and verified
throughMonte Carlo simulations. Results show that the proposed
scheme achieves a better performance compared to the fullydistributed
space-time two-way relaying (FDST-TR), which has
been identified as the best decode-and-forward two-way relaying
method so far.
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Decode-and-Forward Two-Way Relaying with.pdf