The phrase "approach for uniform" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to a method or procedure for obtaining or requesting a uniform, but the wording is unclear.
Example: "We need to discuss the approach for uniform distribution among the team members."
Alternatives: "method for uniform" or "procedure for uniform".
The design procedure is based on the European design approach for uniform members in bending of structural steel.
According to Corollary 2, the optimal OSA approach for uniform distribution is that the secondary user starts to transmit at the 1st time slot in the idle period and keeps transmitting for.
In addition to these, the paper proposes, for the first time, a novel algorithmic approach for uniform arrangement of square holes in a given beam area of RF MEMS switch for perforation.
Our proposal presents an execution time that is up to 84%and88%8% lower than the execution time needed by the previous approaches for uniform and non-uniform traffic, respectively.
Predictions are generated using a numerical mode matching approach for axially uniform defects, and a hybrid finite element based method for non-uniform defects.
Figure 18 shows the final stress values in the MDSInit approach for both uniform weighting and adjusted weightings, demonstrating lower stress values (as expressed in (2)) for the adjusted weightings across all the levels of missing pairwise distances.
Consequently, an equivalent load approach for non-uniform members subjected to non-uniform axial load distribution is proposed and validated.
A targeted program would diverge from the traditional Medicare approach of uniform benefits for every elderly person, but it would solve the immediate problems of those most in need.
Nonetheless, this method could provide a potential approach for fabricating a uniform hybrid wood material via in situ chemosynthesis.
Motivated by experimental designs for drug combination studies, in this paper, we propose a novel approach for generating a uniform distribution on an arbitrary tetragon in two-dimensional Euclidean space R2.
Briefly, the orientator method is an approach for generating isotropic, uniform, and random sections of biological specimens that allows for the quantitative study of three-dimensional anisotropic structures from the two-dimensional sections.
