The phrase "application of distance" is correct and usable in written English.
It can be used in contexts discussing the use or implementation of distance in various fields, such as education, technology, or physics.
Example: "The application of distance learning has transformed traditional education methods, allowing students to access resources from anywhere."
Alternatives: "use of distance" or "implementation of distance".
A common challenge in the application of distance dependent CIs is the fact that typically no spatial and size information is available on trees outside the area of interest but that these trees de facto contribute to the competition.
In addition to these two issues, one of the important considerations is how to compare the DNA sequences and to decide if the compared sequences are derived from the same or different species, in other words, application of distance- or character-based identification [8].
The vector representation of sequences allows application of distance metric functions to these points to uncover their interrelationships.
While well locations have been accurately located within a few meters using GPS units, the digital version of the 1 500 000-scale bedrock geologic map of Maine to which we compare well data, has a positional accuracy of ∼0.5 1 km, further justifying the application of distance zones.
An estimate of the complexity and internal relationships among genomes within a mutant spectrum can be obtained through application of distance-based phylogenetic methods, such as neighbour-joining (NJ) [ 15] or maximum likelihood [ 16] procedures.
These efforts are presented within the overarching goals of supporting effective applications of distancing in laboratory, clinical, and other real-world contexts, and advancing understanding of the relevant high-level cognitive functions in the brain.
The traditional approaches to this problem usually include two basic steps: feature extraction and the application of a distance metric, sometimes common space projection is also involved.
When N R = 2 the modulation used is given by M A = 4 L. The squared minimum distance for the DCA algorithm, obtained by application of Euclidean distance definition, is then given by d min RA-DCA 2 = α M A - QAM 2 2 ∑ i = 0 L - 1 g N R, i, k. (A.6).
The table shows a comparison of recognition performance using (a) baseline technique direct application of system distance, (b) center of mass heuristic, (c) proposed compensated distance metric.
Application of the distance approaches is studied for various geometries.
