Appendix A

Appendix

Graphical illustration of Probability density function for two sinusoids.

Figure A.1 Probability density function for two sinusoids.

Graphical illustration of Probability density function for three sinusoids.

Figure A.2 Probability density function for three sinusoids.

Graphical illustration of Probability density function for four sinusoids.

Figure A.3 Probability density function for four sinusoids.

Graphical illustration of Probability density function for ten sinusoids.

Figure A.4 Probability density function for ten sinusoids.

Graphical illustration of Probability density function for 30 sinusoids.

Figure A.5 Probability density function for 30 sinusoids.

Graphical illustration of Cooperative transmission decision element in relation to additional β and Eb/N0 values.

Figure A.6 CTDE in relation to additional c0A-math-001 and c0A-math-002 values.

Graphical illustration of Relative throughput for EG2 code based autonomic cooperative behaviour (ACB) in additive white Gaussian noise (AWGN) channel.

Figure A.7 Relative throughput for c0A-math-003 code based Autonomic Cooperative Behaviour in AWGN Channel.

Graphical illustration of Relative throughput for EG2 code based ACB in Rayleigh channel.

Figure A.8 Relative throughput for c0A-math-004 code based Autonomic Cooperative Behaviour in Rayleigh channel.

Graphical illustration of Relative throughput for EG3 code based ACB in AWGN channel.

Figure A.9 Relative throughput for c0A-math-005 code based ACB in AWGN channel.

Graphical illustration of Relative throughput for EG3 code based ACB in Rayleigh channel.

Figure A.10 Relative throughput for c0A-math-006 code based Autonomic Cooperative Behaviour in Rayleigh channel.

Graphical illustration of Relative throughput for EG4 code based ACB in AWGN channel.

Figure A.11 Relative throughput for c0A-math-007 code based Autonomic Cooperative Behaviour in AWGN channel.

Graphical illustration of Relative throughput for EG4 code based ACB in Rayleigh channel.

Figure A.12 Relative throughput for c0A-math-008 code based Autonomic Cooperative Behaviour in Rayleigh channel.

Graphical illustration of Relative throughput for EH3 code based ACB in AWGN channel.

Figure A.13 Relative throughput for c0A-math-009 code based Autonomic Cooperative Behaviour in AWGN channel.

Graphical illustration of Relative throughput for EH3 code based ACB in Rayleigh channel.

Figure A.14 Relative throughput for c0A-math-010 code based Autonomic Cooperative Behaviour in Rayleigh channel.

Graphical illustration of Relative throughput for EH4 code based ACB in AWGN channel.

Figure A.15 Relative throughput for c0A-math-011 code based Autonomic Cooperative Behaviour in AWGN channel.

Graphical illustration of Relative throughput for EH4 code based ACB in Rayleigh channel.

Figure A.16 Relative throughput for c0A-math-012 code based Autonomic Cooperative Behaviour in Rayleigh channel.

Graphical illustration of EG2 equivalent distributed space-time block encoder (EDSTBE) in AWGN channel.

Figure A.17 c0A-math-013 equivalent distributed space-time block encoder in AWGN channel.

Graphical illustration of EG3 EDSTBE in AWGN channel.

Figure A.18 c0A-math-014 equivalent distributed space-time block encoder in AWGN channel.

Graphical illustration of EG4 EDSTBE in AWGN channel.

Figure A.19 c0A-math-015 equivalent distributed space-time block encoder in AWGN channel.

Graphical illustration of EH3 EDSTBE in AWGN channel.

Figure A.20 c0A-math-016 equivalent distributed space-time block encoder in AWGN channel.

Graphical representation of EH4 EDSTBE in AWGN channel.

Figure A.21 c0A-math-017 equivalent distributed space-time block encoder in AWGN channel.

Graphical representation of Autonomic switching at bit error rate threshold of 0.0010.

Figure A.22 Autonomic switching at bit error rate threshold of 0.0010.

Graphical representation of Autonomic switching at bit error rate threshold of 0.0100.

Figure A.23 Autonomic switching at bit error rate threshold of 0.0100.

Graphical representation of Autonomic switching at bit error rate threshold of 0.0250.

Figure A.24 Autonomic switching at bit error rate threshold of 0.0250.

Graphical representation of Autonomic switching at bit error rate threshold of 0.0750.

Figure A.25 Autonomic switching at bit error rate threshold of 0.0750.

Graphical representation of Relative throughput for layout A1.

Figure A.26 Relative throughput for layout A1.

Graphical representation of Relative throughput for layout A2.

Figure A.27 Relative throughput for layout A2.

Graphical representation of Relative throughput for layout A3.

Figure A.28 Relative throughput for layout A3.

Graphical representation of Relative throughput for layout A4.

Figure A.29 Relative throughput for layout A4.

Graphical representation of Relative throughput for layout B1.

Figure A.30 Relative throughput for layout B1.

Graphical representation of Relative throughput for layout B2.

Figure A.31 Relative throughput for layout B2.

Graphical representation of Relative throughput for layout B3.

Figure A.32 Relative throughput for layout B3.

Graphical representation of Relative throughput for layout B4.

Figure A.33 Relative throughput for layout B4.

Graphical representation of Relative throughput for layout C1.

Figure A.34 Relative throughput for layout C1.

Graphical representation of Relative throughput for layout C2.

Figure A.35 Relative throughput for layout C2.

Graphical representation of Relative throughput for layout C3.

Figure A.36 Relative throughput for layout C3.

Graphical representation of Relative throughput for layout C4.

Figure A.37 Relative throughput for layout C4.

Graphical representation of Layout A1 in relation to layout B1.

Figure A.38 Layout A1 in relation to layout B1.

Graphical representation of Layout A2 in relation to layout B2.

Figure A.39 Layout A2 in relation to layout B2.

Graphical representation of Layout A3 in relation to layout B3.

Figure A.40 Layout A3 in relation to layout B3.

Graphical representation of Layout A4 in relation to layout B4.

Figure A.41 Layout A4 in relation to layout B4.

Graphical representation of Layout B1 in relation to layout C1.

Figure A.42 Layout B1 in relation to layout C1.

Graphical representation of Layout B2 in relation to layout C2.

Figure A.43 Layout B2 in relation to layout C2.

Graphical representation of Layout B3 in relation to layout C3.

Figure A.44 Layout B3 in relation to layout C3.

Graphical representation of Layout B4 in relation to layout C4.

Figure A.45 Layout B4 in relation to layout C4.

Graphical representation of Layout C1 in relation to layout A1.

Figure A.46 Layout C1 in relation to layout A1.

Graphical representation of Layout C2 in relation to layout A2.

Figure A.47 Layout C2 in relation to layout A2.

Graphical representation of Layout C3 in relation to layout A3.

Figure A.48 Layout C3 in relation to layout A3.

Graphical representation of Layout C4 in relation to layout A4.

Figure A.49 Layout C4 in relation to layout A4.

Graphical representation of Layout A1 combined with relative throughput.

Figure A.50 Layout A1 combined with relative throughput.

Graphical representation of Layout A2 combined with relative throughput.

Figure A.51 Layout A2 combined with relative throughput.

Graphical representation of Layout A3 combined with relative throughput.

Figure A.52 Layout A3 combined with relative throughput.

Graphical representation of Layout A4 combined with relative throughput.

Figure A.53 Layout A4 combined with relative throughput.

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