Fig. 6 MSE of joint phase and timing estimation versus SNR p in the presence of scalar fronthaul quantization and joint phase and timing estimation (31): F=2,C=3,and.7,N=100 and N p =16.
Fig. 4 SER with uncoded BPSK transmission versus SNR with joint phase and timing estimation (31): F=2,and.7,N=100 and N p =16 Fig. 5 SER with uncoded QPSK transmission versus SNR with joint phase and timing estimation (31): F=2,and.7,N=100 and N p =16.
Fig. 3 MSE for joint phase and timing estimation (31) versus the SNR p : A=0.7,N=100 and N p =16a F=1, MSE of phase offset.
Nevertheless, the use of the Gaussian representation might bring good results also in nonlinear models (e.g., joint phase estimation and data detection [9]).
In dissimilar weld metal, corrosion can occur in either the joint phase or anodic metal due to the formation of galvanic cells.
So the joint phase probability distribution of two symbols l+i and l−i can be used for estimating the phase of the lth symbol, which is the middle of these two symbols.
In order to validate the advantage of the proposed design, we now consider the synchronization performance under a conventional least-square joint phase and timing estimator operating on the compressed signal (hat {Y}^{n}[k], n=0,ldots,F-1, k=0,ldots,N_{p}-1).
The model reproduces this activity when the pair satisfies certain stability conditions (see Appendix) to construct a stable chain of metastable states in the cognitive subspace of the joint phase space.
A very successful alliance has resulted from those early discussions, leading to joint phase II and I studies.
Transcripts were open-coded by three individual researchers discretely, prior to a further joint phase of analysis that tested the identified themes to the point of saturation.
