The phrase "an analytical complexity of" is correct and usable in written English.
It can be used when discussing the intricacies or difficulties involved in analyzing a particular subject or problem.
Example: "The research revealed an analytical complexity of the data that required advanced statistical methods to interpret."
Alternatives: "a level of analytical difficulty" or "an analytical intricacy of".
For the exceptional non-preemptive and preemption in case of failure service disciplines, introduced in this paper and presented in Section 4.2 and 4.4 respectively, we only analyze the case of exponential operating periods due to the analytical complexity of those schemes without the assumption of memoryless operating periods.
Although indicators of user satisfaction are generally considered within the category of care outcomes we chose to analyse tools related to satisfaction and their associated indicators separately in a different paper (now forming part of the work of COST Action IS1405) due to the methodological and analytical complexity of this topic, discussed in more detail below.
This enrichment step was chosen in our study to efficiently and reproducibly reduce the analytical complexity of the serum proteome and to focus our investigation on a sub-proteome particularly relevant for biomarker research, like represented by the N-linked glycoproteins (N-glycoproteins) [ 19- 23].
We compare the performance and the analytical complexities of STS-SD, LC-K-Best, I-VBLAST, and MMSE-IC-based receivers using the original and the new scheduling orders of the number of iterations in different system configurations.
We used only fossil data to avoid the sampling and analytical complexities of comparing fossil with modern samples.
Complex problems are a potential source of stress and arousal because they are characterized by informational and analytical complexity, uncertainty, a lack of transparency, a high degree of connectivity of variables, time pressure, and unclearly specified problem-solving operators (Dörner and Wearing 1995; Funke 1991, 2012; Mayer and Wittrock 2006).
The buckling pattern localization introduces an extra level of analytical complexity when compared with the periodic buckling pattern.
The classical Ritz method with beam functions as the spatial approximation proved to be a suitable procedure to solve a problem of this analytical complexity.
It is concluded that the present plate model provides more accurate solutions than that of TSDT, with similar level of analytical complexity, when compared with the 3D elasticity exact solutions.
Nevertheless, note that our analytical framework can capture the change of the bit rate by dividing a time slot into several non-overlapping sub-intervals with different bit rates, at the cost of analytical complexity.
