The phrase "as a function of the iteration" is correct and usable in written English.
It can be used in contexts related to mathematics, programming, or processes where a variable changes based on the number of iterations or repetitions.
Example: "The output of the algorithm varies as a function of the iteration, demonstrating how the results improve over time."
Alternatives: "depending on the iteration" or "in relation to the iteration".
In Figure 3, the performance of the iterative method as a function of the iteration index is illustrated for the relay channel without the direct link.
In the inset of Figure 1, the RMS error in the iterative method is shown as a function of the iteration steps (see the Supporting Information for details).
A systematic study of the way the error grows as a function of the iteration and the distance to the known masses region, shows that a correlation exists between the error and the residual neutron proton interaction, produced mainly by the implicit assumption that Vnp varies smoothly along the nuclear landscape.
For each tumor site, localization was optimized as a function of the iteration number and postreconstruction smoothing.
Figure 4 depicts the noise variance estimation as a function of the iteration number i.
Norm of the difference between the local (distributed) and the centralized estimate as a function of the iteration number.
The calculated weighted sum-rate is plotted as a function of the iterations in Figure 6.
As an example, we plotted the IPAs for the gene AKT1 as a function of the EM iteration (Fig. 4).
The MSE convergence curve in decibels was obtained as ensemble average and is plotted as a function of the number of iterations where each iteration represent an SC-FDMA symbol consisting of all the users' signal for that transmission time.
This defined error probability of estimated weight is plotted as a function of the number of iterations where after each 10 iterations, we change the number of malicious users (30, 60, and 90 out of 195).
The Geweke and Gelman and Rubin diagnostics can be plotted as a function of iteration to determine the progress of convergence as a function of the number of iterations.
