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Open arrows indicate calculated displacements from the optimal fault model.
The final step is to generate CAL actors from the optimal coloring.
The lower bound is found in 1 s and LB deviates 1 % from the optimal solution.
The authors start from the optimal joint estimation of the unknown data and the phase noise.
The TEC increases as the number of CHs moves away from the optimal point.
These tend to deviate from the optimal solution especially in the low SNR regime.
Asterisks indicate rules with performance significantly different from the optimal (bootstrap test, p < 0.05).
GAP-LB denotes the deviation of the lower bound LB from the optimal solution in percent.
The inequality is from the optimal value of (6) for each index set L i. □.
Fig. 6 Self-coherence function calculated from the optimal spectrum (FWHM = 289 nm).
Our lower bound is found in 1 s and deviates 1%% from the optimal solution.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com