The phrase "arithmetic flow" is correct and usable in written English.
It can be used in contexts related to mathematics, programming, or processes that involve calculations and numerical operations.
Example: "The arithmetic flow of the algorithm ensures that all calculations are performed in the correct order."
Alternatives: "numerical sequence" or "calculation process".
The PL part, which is equivalent to a classic FPGA fabric, is ideal for implementing high-speed logic arithmetic and data flow subsystems.
Use of the arithmetic mean low-flow PEC leads to conservative but not extreme estimates of potential drinking water exposure and is consistent with the use of mean, rather than upper bound or maximum, concentrations of endogenous estrogens in foodstuffs.
The arithmetic mean low-flow PEC represents the 79th, 78th, and 80th percentile of the cumulative drinking water system PECs for naturally occurring endogenous, prescribed endogenous, and prescribed synthetic estrogens, respectively.
This paper studies the maximum entropy probabilistic density function reconstruction method based on cumulant arithmetic of linearized load flow formulation, and then develops a maximum entropy based PLF (ME-PLF) calculation algorithm for power system integrated with wind power generation (WPG).
There are both accelerated instructions (task-level and vector instructions) and RISC instructions for simple arithmetic operations, data moving, program flow control and hardware/software configurations.
Partitioning the scattered samples of a unit slope trend line into sub-flow units leads to permeability prediction improvement, and the use of (FZI) arithmetic average for each sub-flow units for permeability prediction equation is recommended.
So the new simple idea is the use of (FZI) arithmetic average of each sub-flow unit instead of that produced from the intercept of the main trend line at (ϕ Z) = 1, to overcome the high difference between measured and predicted permeability using Eq. (4).
Splitting these features into their opcode categories: arithmetic (sub, dec); logic (xor); and flow control (je, jb, jmp, pop, nop and call) infers that the program structure (flow control) changes with different program run lengths.
In [15], an automatic contingency selection approach was proposed, based on DC power flow calculations using affine arithmetic and considering load and generation uncertainties.
Based on fuzzy control theory and fuzzy arithmetic intervals, distributed and supervised continuous-flow control architecture has been proposed.
