1 Gupta A, "Weibull extension model : A Bayes study using Markov chain Monte Carlo simulation" 93 (93): 1434-1443, 2008
2 Pelchat M G, "The Autocorrelation Function and Power Spectrum of PCM/FM with Random Binary Modulating Waveforms" 10 (10): 39-44, 1964
3 Tao S, "Study of a novel amplitude-phase modulation IRZ-MSK in highspeed optical fiber transmission system" 20 (20): 254-260, 2014
4 Bennett W R, "Spectral Density and Autocorrelation Functions Associated with Binary Frequency-Shift Keying" 42 (42): 2355-2385, 1963
5 Anderson R R, "Spectra of Digital FM" 44 (44): 1165-1189, 1965
6 Wang Y, "Research on the system performance evaluation of minimum-shift keying in uplink ground-to-satellite with gamma–gamma distribution" 56 (56): 076113-, 2017
7 Jung P, "On the representation of CPM signals by linear superposition of impulses in the bandpass domain" 10 (10): 1236-1242, 1992
8 Simon M K, "On the optimality of classical coherent receivers of differentially encoded M-PSK" 1 (1): 67-70, 1997
9 Andersson S T, "Noncoherent detection of convolutionally encoded continuous phase modulation" 7 (7): 1402-1414, 1989
10 Le N B, "Multi-amplitude minimum shift keying modulation format for optical communications" 281 (281): 4245-4253, 2008
1 Gupta A, "Weibull extension model : A Bayes study using Markov chain Monte Carlo simulation" 93 (93): 1434-1443, 2008
2 Pelchat M G, "The Autocorrelation Function and Power Spectrum of PCM/FM with Random Binary Modulating Waveforms" 10 (10): 39-44, 1964
3 Tao S, "Study of a novel amplitude-phase modulation IRZ-MSK in highspeed optical fiber transmission system" 20 (20): 254-260, 2014
4 Bennett W R, "Spectral Density and Autocorrelation Functions Associated with Binary Frequency-Shift Keying" 42 (42): 2355-2385, 1963
5 Anderson R R, "Spectra of Digital FM" 44 (44): 1165-1189, 1965
6 Wang Y, "Research on the system performance evaluation of minimum-shift keying in uplink ground-to-satellite with gamma–gamma distribution" 56 (56): 076113-, 2017
7 Jung P, "On the representation of CPM signals by linear superposition of impulses in the bandpass domain" 10 (10): 1236-1242, 1992
8 Simon M K, "On the optimality of classical coherent receivers of differentially encoded M-PSK" 1 (1): 67-70, 1997
9 Andersson S T, "Noncoherent detection of convolutionally encoded continuous phase modulation" 7 (7): 1402-1414, 1989
10 Le N B, "Multi-amplitude minimum shift keying modulation format for optical communications" 281 (281): 4245-4253, 2008
11 Robert CP, "Monte Carlo statistical method" Springer 2004
12 Douc R, "Markov Chains"
13 Ekanayake N, "M-ary continuous phase frequency shift keying with modulation index 1/M" 131 (131): 173-178, 1984
14 Chen, Xingbo, "Energy leakage analysis of the radar and communication integrated waveform" 12 (12): 375-382, 2018
15 Hamed A M, "Energy and spectral efficiencies of M-CPFSK in fading and shadowing wireless channels" 30 : 204-212, 2018
16 J. G. Proakis, "Digital Communications" 73 (73): 3-5, 2015
17 Park H C, "Continuous Phase Modulation of F-QPSK-B Signals" 56 (56): 172-, 2007
18 Serfozo Richard, "Basics of Applied Stochastic Processes" Springer 2009
19 Gao C, "BER analysis of MPSK space-time block codes with differential detection" 7 (7): 314-316, 2003
20 Rimoldi B E, "A decomposition approach to CPM" 34 (34): 260-270, 1998
21 Dong S, "A 10-Gb/s 180-GHz Phase-Locked-Loop Minimum Shift Keying Receiver" 56 (56): 681-693, 2021