The phrase "arithmetic complexity of" is correct and usable in written English.
It can be used in contexts related to mathematics, computer science, or algorithm analysis when discussing the difficulty or resource requirements of arithmetic operations or algorithms.
Example: "The arithmetic complexity of this algorithm determines how efficiently it can process large datasets."
Alternatives: "computational complexity of" or "mathematical complexity of".
The serial algorithm for the calculation of the correntropy coefficient has an arithmetic complexity of O(n2).
The Bi-z CORDIC also eliminates the arithmetic complexity of the angle quantization and formation computation that exist in the traditional CORDIC.
By introducing an extrapolated impulse response technique, a first attempt successfully reduced the arithmetic complexity of FIR filter from o(N) to o(√2N) comparing with direct form.
Analytical and experimental results indicate the proposed method can synthesize extrapolated windowed filters with arbitrary length, and a typically low arithmetic complexity of o(√8N) is achieved.
This property can also be exploited to reduce the arithmetic complexity of the RFFT, as the (frac {N}{2}-1) inputs are redundant.
To do so, we have used the minimal multiplicative bounds [26] to find the arithmetic complexity of FFT of different block lengths.
This paper surveys bit-parallel multipliers for finite field GF(2n) according to i) quadratic and subquadratic arithmetic complexities of the underlying algorithms, ii) various bases used for representing the field elements, and iii) design approaches that rely on polynomial and matrix operations.
With this change, it can be readily derived that the pre-processing in Figure 7 is completely avoided, leading the arithmetic complexity, for generating one COQAM block of size MK, to # mult.
More importantly, the main effect of arithmetic complexity was observed in the left and right angular gyrus, while the main effect of rate of stimulus presentation was observed in the left insular/orbitofrontal cortex.
Compared to conventional cosine-modulated FBs, the proposed ones lower significantly the overall arithmetic complexity at the expense of a slightly increased overall FB delay in applications requiring narrow transition bands.
Examples illustrate our proposed method and comparisons, to various earlier designs, show a reduction of the arithmetic complexity.
