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Figure 3. Transmission and reception in the BC phase.

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Presentation on theme: "Figure 3. Transmission and reception in the BC phase."— Presentation transcript:

1 Figure 3. Transmission and reception in the BC phase.
From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

2 Figure 6. BER performance of the proposed SM-based PNC technique in the MA phase when NS=8, NR=8 and Nb=5. From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

3 Figure 7. BER performance of the proposed SM-based PNC technique in MA phase when NS=8, NR=8, and Nb=6. From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

4 Figure 2. Transmission and reception in the MA phase.
From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

5 Figure 1. System model of the TWRN with SM-based PNC technique
Figure 1. System model of the TWRN with SM-based PNC technique. (a) Multiple access phase. (b) Broadcast phase. From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

6 Figure 4. BER performance of the proposed SM-based PNC technique in the MA phase when NS=4, NR=4 and Nb=4. From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

7 Figure 5. BER performance of the proposed SM-based PNC technique in the MA phase when NS=4, NR=4 and Nb=5. From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please

8 Figure 8. Effective throughput comparison between the proposed SM-based PNC technique with the conventional technique. From: A Practical Physical-Layer Network Coding with Spatial Modulation in Two-Way Relay Networks Comput J. Published online July 18, doi: /comjnl/bxx065 Comput J | © The British Computer Society All rights reserved. For Permissions, please


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