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English: Waveforms for a typical 3-phase half-wave and full-wave rectifiers.The top plot shows the individual three phase signals, the middle plot shows the half-wave rectifier output in solid curve and the bottom plot shows the full-wave rectifier output in solid curve.
UpSet plots are a data visualization method for showing set data with more than three intersecting sets. UpSet shows intersections in a matrix, with the rows of the matrix corresponding to the sets, and the columns to the intersections between these sets (or vice versa). The size of the sets and of the intersections are shown as bar charts.
Union-find essentially stores labels which correspond to the same blob in a disjoint-set data structure, making it easy to remember the equivalence of two labels by the use of an interface method E.g.: findSet(l). findSet(l) returns the minimum label value that is equivalent to the function argument 'l'.
The -axis of the magnitude plot is logarithmic and the magnitude is given in decibels, i.e., a value for the magnitude | | is plotted on the axis at | |. The Bode phase plot is the graph of the phase , commonly expressed in degrees, of the argument function arg ( H ( s = j ω ) ) {\displaystyle \arg \left(H(s=j\omega )\right)} as a ...
Every non-trivial rotation is determined by its axis of rotation (a line through the origin) and its angle of rotation. Rotations are not commutative (for example, rotating R 90° in the x-y plane followed by S 90° in the y-z plane is not the same as S followed by R ), making the 3D rotation group a nonabelian group .
The bandwidth of the Gaussian kernels is set in such a way that the entropy of the conditional distribution equals a predefined entropy using the bisection method. As a result, the bandwidth is adapted to the density of the data: smaller values of σ i {\displaystyle \sigma _{i}} are used in denser parts of the data space.
Description: The hyperbolic sine (red), hyperbolic cosine (green) and hyperbolic tangent (blue) graphed on the same axes. Replaces en:Image:sinh cosh tanh.png. Instructions
Functions of space, time, or any other dimension can be sampled, and similarly in two or more dimensions. For functions that vary with time, let () be a continuous function (or "signal") to be sampled, and let sampling be performed by measuring the value of the continuous function every seconds, which is called the sampling interval or sampling period.