The phrase "a method to dynamically" is correct and usable in written English.
It can be used when describing a technique or approach that allows for flexibility or adaptability in a process or system.
Example: "We developed a method to dynamically adjust the parameters of the algorithm based on real-time data."
Alternatives: "a technique for dynamically" or "an approach to dynamically".
Therefore, this paper proposes a tradeoff method to dynamically choose either PS or SS scheme according to the changeable UE's request and channel conditions.
We propose a new method to dynamically determine physician and population catchment sizes by incrementally increasing the catchment until a base population and a physician-to-population ratio are met.
These results suggest that one can use this approach as a general method to dynamically track the path of individual beads, pathogens, etc. from the point of binding to the stage of phagosomal acidification through the simple conjugation of a pH sensitive probe such as FITC.
For the dynamic one, they applied gradients calculated with an adjoint method to dynamically optimize the production performance and considered a simple constraint where the total injection was equal to the total production.
In addition, we offer an adaptive method to dynamically change the program execution flow at run time, as to obtain the maximum benefit from these shared memory parallel architectures.
In the test stage, to handle the non-facial or novel face patterns, we design a simple inference method to dynamically tune the ensemble weights according to the proposed Generic Face Confidence (GFC).
Then, a low-complexity method to dynamically estimate the number of decoding iterations with respect to the level of sub-block parallelism, which is suitable for run-time execution, is proposed.
We apply the following techniques: a SFL method to balance and control the search process, population adding method to dynamically grows new individuals with enhanced exploration and exploitation capabilities, population decreasing strategy to balance and control the dynamic population size, and final to quicken convergence of the algorithm.
Performance of the new method to dynamically estimate the volumetric temperature distribution was further showcased in post-mortem mouse imaging experiments.
Section 5 presents the proposed method to dynamically evaluate the number of decoding iterations and the level of sub-block parallelism that have to be used to reach throughput and BER objectives.
