Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the...

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UMVERSm SAINS MALAYSIA Laporan Akhir Projek Penyeiidikan Jangka Pendek Network Coding Techniques Using Novel Fast 2-Bit Error Correction Codes For Wireless Communications by Assoc. Prof. Dr. Mohd Fadzli Mohd Salleh Assoc. Prof. Dr. Bakhtiar Afendi Rosdi 2015

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Transcript of Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the...

Page 1: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

UMVERSm SAINS MALAYSIA

Laporan Akhir Projek Penyeiidikan Jangka Pendek

Network Coding Techniques Using NovelFast 2-Bit Error Correction Codes For

Wireless Communications

byAssoc. Prof. Dr. Mohd Fadzli Mohd Salleh

Assoc. Prof. Dr. Bakhtiar Afendi Rosdi

2015

Page 2: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 3: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 4: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 5: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 6: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 7: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 8: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 9: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 10: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 11: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 12: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 13: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 14: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 15: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 16: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 17: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 18: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 19: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 20: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 21: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 22: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 23: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 24: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 25: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 26: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 27: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 28: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 29: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 30: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 31: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 32: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 33: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 34: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 35: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 36: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 37: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 38: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 39: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 40: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 41: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 42: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 43: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 44: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 45: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 46: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 47: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 48: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 49: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 50: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 51: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

Page 52: Network Coding Techniques Using Novel - core.ac.uk fileFigure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fading channei under BPSK and 16QAM modulations.

RU GRANT FINAL REPORT

Figure 3.13(a) and (b) compare the GER of the B-JNCC with various schemes at slow fadingchannei under BPSK and 16QAM modulations. Figure 3.13(a) presents the results with BPSKmodulation. The Figure shows that B-JNCC outperforms with other schemes under BPSKmodulation. For example at GER of 10B-JNCC outperforms BS-JNCC by about 11 dB, NB-JNCC by about 9dB and LCPC by about 7dB. Figure 3.13(b) presents the results with16QAM modulation. Also, under 16QAM modulation B-JNCC is better than other schemes.Figure 3.13(b) shows that B-JNCC outperforms with other schemes. For example at GER of10-', B-JNCC outperforms DT by about 25 dB. DTR BY 15 dB, BS-JNCC by about 14 dB,NB-JNCC by about 7dB and LCPC by about 6dB. Simulation results have demonstrated thatthe significant benefits ofB-JNCC compared to other schemes which present m[6].

lOOl/PELECT/814178

0 Generation error rate (NB-SNCC)——•! BS"JNCC

Q— Packet errorrate (NB-SNCC)Generation error rate (NB-JNCC)Packet error rate (NB-JNCC)Packet error rate (B^NCC)Packet error rate (WNECC)Packet error rate (LCPC)

SNR (dB)

(a) GER under BPSK