Приклади вживання Euclidean distance Англійська мовою та їх переклад на Українською
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(Typically Euclidean distances are used.).
The basic concept of length originates from Euclidean distance.
Euclidean distance in other coordinate systems.
The Euclidean distance between two points x and y is the shortest distance between them.
When p= 2, this is equivalent to Euclidean distance.
There are two options: Euclidean distance(default) and Manhattan distance. .
Several nonhierarchical procedures also use squared euclidean distances.
The norm is usually Euclidean distance, although other distance functions are also possible.
If r and p are equal to 2, then this distance is equal to the Euclidean distance.
For example, squared euclidean distances should be used with the Ward's and centroid methods.
SPMF includes an implementation of the DBSCAN algorithm with k-d tree support for Euclidean distance only.
The norm usually represents the Euclidean distance but other types of distance functions are also possible.
In most cases,this distance measure yields results similar to the Euclidean distance.
The Euclidean distance between locations often represents their proximity, although this is only one possibility.
When a training example is fed to the network, its Euclidean distance to all weight vectors is computed.
Use Euclidean distance formula to find similarity between the input vector and the map's node's weight vector.
In most cases, this distance measure leads to the same clustering results as the usual Euclidean distance.
In classical MDS, this norm is the Euclidean distance, but, in a broader sense, it may be a metric or arbitrary distance function.
This method is a modification of the subgradientextragradient algorithm using the Bregman divergence instead of the Euclidean distance.
Note that whilst the original algorithm uses the Euclidean distance between objects as the base of its similarity metric, this should be changed as appropriate.
The circular 8-QAM constellation is known to be the optimal 8-QAM constellation in the sense of requiring theleast mean power for a given minimum Euclidean distance.
The method uses the Bregman divergence instead of the Euclidean distance and the new adjustment of the step size, which does not require knowledge of the Lipschitz constant of an operator.
Global issue Inattentional blindness NIMBY(Not In My Back Yard) Other people's money Sheeple"INFORMS Miami 2001 Annual Meeting- TB18.2Minisum Location with Closest Euclidean Distances".
By definition,a rotation about the origin is a transformation that preserves the origin, Euclidean distance(so it is an isometry), and orientation(i.e. handedness of space).
The norm is typically taken to be the Euclidean distance(although the Mahalanobis distance appears to perform better in general) and the radial basis function is commonly taken to be Gaussian.
If Cartesian coordinates are not used, for example, if polar coordinates are used in two dimensions or, in more general terms, if curvilinear coordinates are used,the formulas expressing the Euclidean distance are more complicated than the Pythagorean theorem, but can be derived from it.
The Euclidean distance plays two roles in the algorithm: it is used to define the Voronoi cells, but it also corresponds to the choice of the centroid as the representative point of each cell, since the centroid is the point that minimizes the average squared Euclidean distance to the points in its cell.
Note that while the original algorithm uses the Euclidean distance between objects as the base of its similarity metric, this should be changed as appropriate. t-SNE has been used for visualization in a wide range of applications, including computer security research, music analysis, cancer research, bioinformatics, and biomedical signal processing.