2000
DOI: 10.1109/26.843189
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Multilevel coded CPFSK systems for AWGN and fading channels

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Cited by 3 publications
(3 citation statements)
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“…Joint two-level turbo code and 4CPFSK scheme with random interleaver size N = 1024, generator sequence (37, 21) in octal form, and overall rate 2/3 was simulated for AWGN, Rician (Rician fading parameter K = 10 dB) and Rayleigh channels. Then, the proposed 2LTC-4CPFSK scheme was compared to the known existing multilevel schemes using CPFSK showed in [8,9], called ref-1 and ref-2, respectively. The code on reference one (ref-1) is The proposed 2LTC-CPFSK method was also compared with the bandwidth efficient TTCM scheme, which is shown in Figure 7.…”
Section: Simulation Resultsmentioning
confidence: 99%
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“…Joint two-level turbo code and 4CPFSK scheme with random interleaver size N = 1024, generator sequence (37, 21) in octal form, and overall rate 2/3 was simulated for AWGN, Rician (Rician fading parameter K = 10 dB) and Rayleigh channels. Then, the proposed 2LTC-4CPFSK scheme was compared to the known existing multilevel schemes using CPFSK showed in [8,9], called ref-1 and ref-2, respectively. The code on reference one (ref-1) is The proposed 2LTC-CPFSK method was also compared with the bandwidth efficient TTCM scheme, which is shown in Figure 7.…”
Section: Simulation Resultsmentioning
confidence: 99%
“…The initial and ending physical tilted phases are 0 and π as shown in Figure 5. At the receiver, 4CPFSK signal constellation partitioning is optimized to provide low BER for AWGN and fading channels as in [9]. The signal set partitioning technique for 2LTC-4CPFSK signals is as follows: depending on the estimated output bit of the firstlevel turbo decoder is whether…”
Section: The Design Of Multilevel Turbo Encoder Using Cpfskmentioning
confidence: 99%
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