The effectiveness and accuracy of the proposed algorithm can be verified from the simulation.
Under some suitable conditions, the strong convergence of an algorithm can be verified in the infinite-dimensional Hilbert spaces.
An automatic distinction between EPB and blob will be considered in a future development of the algorithm, whose performance can be verified as soon as Swarm data will be available.
This follows because prime factorizations are unique (unlike, e.g., falsifying valuations in the case of \(\sc{VALIDITY}\)) and because the primality of the individual factors can be verified in polynomial time by the AKS algorithm.
As an output of the algorithm of 3-CCBC can be verified in polynomial time, 3-CCBC is in NP.
Some elements of the story can be verified.
The badges can be verified in several ways.
Only a model of the system can be verified.
The case can be verified analogously.
The identity (4.44) can be verified similarly.
The latter fact can be verified numerically.
