From Figs. 1 and 2, we can see that the two generic criteria of global chaos synchronization are effective; at the same time, the three coupled (even more) identical chaotic systems can be a foundation for chaos secure communication.
Yet no study has yet reported an inter-unit variability study on any automated gas analysis system and it is unknown how much technological error occurs due purely to calibration and/or hardware differences between two or more identical units of the same system.
For example [28 30] find robust cycles in systems of four or more identical, globally coupled phase oscillators with no further constraints.
Compared with the theory in a binary system, the result is more identical with experiments in both the changing trend and the value of RI.
The self-sorting systems discussed above are based on H-bond driven self-recognition processes in CDCl3 where two or more identical molecules self-assemble.
The committee found more identical graphs.
Other critics pointed out that these experiments relied on the proposition that identical twins experienced no more identical environments than did non-identical twins, when it was abundantly clear that parents were treating their identical offspring more similarly than their non-identical twins.
Second, identical measurements made on a large number of identical systems, all in the identical state Ψ, will produce different values for the measurements.
