The phrase "as the number of processes" is correct and usable in written English.
It can be used when discussing the relationship or correlation between the number of processes and another variable or outcome in a context such as computing, project management, or scientific research.
Example: "As the number of processes increases, the overall efficiency of the system may decrease due to resource contention."
Alternatives: "as the quantity of processes" or "with the increase in processes".
However, the gains decrease as the number of processes increases.
As the breadth of a lognormal distribution decreases as the number of processes responsible for its formation reduces51, the size-frequency characteristics of iceberg populations will become increasingly lognormal as the mechanisms of iceberg decay continue simplify with further distance away from the calving front (Fig. 1c).
However, as the number of processes increases, the latency of All-RB is again jeopardized by the multiple copies of the message sent from the source process.
In addition, the standard deviation of the pattern size decreases as increasing the number of oxidation and etching cycles, and the coefficient of variation, on the other hand, increases as the number of processes.
His work is used to quantify the robustness of MapReduce applications under different system parameters, such as the number of processes, the mean time between failures (MTBF) of each process, failure recovery cost, etc. Authors like Jiang [9], performs a depth study of factors that affect the performance of MapReduce applications.
Compared to All-RB, Vcube-RB has a lower latency as the number of processes grows; in relation to the total number of messages, it can be seen in Fig. 5 b and Table 1 that VCube-RB uses a much smaller number of messages.
RapTAT required just 7.2 ms to map all phrases within a single discharge summary, and mapping rate did not decrease as the number of processed documents increased.
As the number of process parameters increases, the classical design of the experiment needs scads of experiments and, therefore, becomes highly arduous to use (Montgomery 2008).
By alternately immersing the prepared nanograting substrate into these two solutions, the width of the nanogratings was progressively thinned as the number of process cycles increased.
PS was measured as the number of process deviations.
Moreover, as web pages become more advanced, the number of processes necessary to load them grows, meaning you're usually better off with a browser that can be customized to cut back on ads and other non-essentials.
