Sentence examples for multiplication and a from inspiring English sources

Each of a real addition, a multiplication, and a division is counted as one flop [4].

The most timeconsuming parts of the present algorithm are a matrix multiplication and a Gauss-Siedel relaxation step which are performed on each iteration.

This paper presents new time-dependent and time-independent multiplication algorithms over finite fields GF 2m) by employing an interleaved conventional multiplication and a folded technique.

The approximation of a linear operator by, that is, a concatenation of an analysis operation, an element-wise multiplication, and a synthesis operation, appears in the literature under the name Gabor multiplier [27].

Utilizing the sampling identity and the interpolation identity associated with the LCT, we can convert a continuous-time LCT filterbank to an equivalent discrete-time LCT filterbank preceded by a Nyquist rate sampling and followed by an impulse train multiplication and a lowpass filter in the LCT domain, and vice versa.

However, the practice of pooling shelled eggs together with storage at room temperature as happened in our outbreak promotes bacterial multiplication and a single contaminated egg can contaminate different types of food.

Range compression can be conducted in the fast-time frequency domain via an FFT on (8) and (9), complex conjugate multiplication and an inverse FFT.

According to [17], in the calculation a complex multiplication requires 6 flops, a complex division 11 flops, both a complex addition and a complex subtraction 2 flops, a complex and real multiplication 2 flops, a complex and real addition 1 flop and finally both a multiplication and an addition of real numbers only 1 flop.

More precisely if A is an L∞-matricially normed space and also an algebra with a completely contractive multiplication and an identity of norm 1, then there is a completely isometric isomorphism of A onto a unital operator algebra.

We can easily rewrite Equation 10 in matrix shape, for instance by expressing the convolution as the sequence of a direct Fourier Transform, a masking in the frequency domain (using a diagonal matrix multiplication), and an inverse Fourier transform.

On single and multiple Pezy-SC devices, the sustained performance is measured for the matrix multiplications and a BiCGStab solver.