"arithmetic efficiency" is a correct and usable phrase in written English.
You can use it to describe a person's or a process's ability to quickly and accurately perform arithmetic tasks. For example, "The new AI-driven system has a remarkable arithmetic efficiency that can easily outperform human staff in arithmetic-based processes."
Gopinthan et al. [15] dehydrated subjects passively by 1, 2, 3 and 4% of body weight and found that visual motor tracking, short-term memory, attention and arithmetic efficiency were all impaired at 2% or more dehydration.
Specifically, the GS orthogonalization technique has been proved to be suitable for least-squares estimation because of its good robustness [26], and this technique has also shown superior performance in arithmetic efficiency, stability, and convergence times over other adaptive algorithms for adaptive cancelation [27, 28].
However, in the present study both groups showed positive activation in all ROIs and activation patterns of typically achieving children should mirror the ordinary cerebral representation of number processing enabling age-appropriate arithmetic efficiency.
The relationship between diabetes and cognition was reported >85 years ago, when Miles and Root (12) observed that patients with diabetes did not perform as well as control subjects in tests of memory, mental arithmetic, and psychomotor efficiency.
Further, four commonly used crossover operators are also investigated, and the arithmetic crossover shows its efficiency than the others when they are incorporated into HS.
This arithmetic yields a staff-efficiency rank.
The PbS/CdS co-sensitized configuration has been revealed to enhance the solar cell performance beyond the arithmetic addition of the efficiencies of the single constituents.
Except for a low variability (θ = 1), the harmonic mean and the median showed similar efficiency, while the arithmetic mean was generally less efficient and more sensible to a reduction of the number of markers.
The butterfly element is hand crafted using distributed floating point arithmetic (DFPA) for high-energy efficiency.
All sequences were encoded using the High Profile to enable B-pictures and Context Adaptive Binary Arithmetic Coding (CABAC) for coding efficiency.
There are some other ternary operators such as SUM, which are specifically suitable for computer arithmetic but they lack desirable efficiency for cryptographic applications.
