Übersetzung für "Invertierbar" in Englisch

In general, the operator formula_322 may not have an inverse, even if formula_6 is not an eigenvalue.

To find an eigenvector or an eigenvalue, we note that:formula_7where I is the identity matrix.

A monoid in which each element has an inverse is a group.

By construction, the matrix T {\displaystyle \,T} is invertible.

This emulsion can be directly inverted by pouring into water.

If the speech activity is sufficient, the residual signal matrix R may be assumed to be invertible.

However, Mt M is never invertible; it contains null columns and null rows.

The formulas on which the model is based are invertible.

One property of cryptographic hash functions is that this cannot be inverted feasibly.

Like A cir, A star is also able to be inverted.

Note that not all square matrices can be inverted.

At the time of his proof, all knots with up to 7 crossings were known to be invertible.

If all the matrices formula_166 are invertible, it is sufficient to consider all possible combinations (upper and lower) of the endpoints occurring in the intervals.

These coordinates may be derived from a set of Cartesian coordinates by using a transformation that is locally invertible (a one-to-one map) at each point.

Since the multiplication of two nonsingular matrices creates another nonsingular matrix, the entire transformation matrix is also invertible.

In the case of the known air directing apparatus, an individual adaptation of the direction and conditions of the blown air to the respective operating state and the respective type of material is possible by virtue of the fact that the blowing direction can be inverted and, what is more, the web of paper can be subjected to the blowing of air in different sections, considered in the running direction.

If A {\displaystyle A} is invertible, then U {\displaystyle U} is unique.

A magnetic resonance imaging device as claimed in claim 2, 3, or 4, wherein said generating means generates a reference signal having first and second phases and characterized in that the transmission frequency mixing stage is a single-sideband modulator which comprises a first and a second multiplier whose outputs are connected to an adder circuit, a first output of the first and the second multiplier receiving the reference signal having the first phase and the second phase, respectively, the difference between the first and second phases being 90°, a second input of the first multiplier and the second multiplier receiving a first and a second signal, respectively, from the digital synthesizer, the phase difference between the signals on the second inputs of the multipliers amounting to 90°, and one of the signals supplied by the synthesizer being invertable.

The modulator as claimed in claim 9, wherein the random numbers are invertable for n cycles, after n cycles, and these inverted random numbers are usable to derive the adjacent switching edges.

The impulse response matrix H is likewise invertible, because it is a triangular matrix whose main diagonal always has non-zero elements.

Thus, the shift register is also invertible to be able to obtain an invertible shift register which will then be used in the descrambler in the receiver (FIG.

Did you know the trigonometric moment problem has infinite solutions... - ... if the Toeplitz matrix A is invertible?

Since the latter can also be inverted, this instruction set makes it possible to perform all logic functions necessary for a signal processor.

A preferred embodiment of a magnetic resonance imaging device in accordance with the invention is characterized in that the transmission frequency mixing stage is a single-sideband modulator which comprises a first and a second multiplier whose outputs are connected to an adder circuit, a first output of the first and the second multiplier receiving a reference signal having a first phase and a second phase, respectively, the phase difference between the reference signals amounting to 90°, a second input of the first multiplier and the second multiplier receiving a first and a second signal, respectively, from the digital synthesizer, the phase difference between the signals on the second inputs of the multipliers amounting to 90°, and one of the signals supplied by the synthesizer being invertable.