The phrase "calculation logic" is correct and usable in written English.
It refers to the rules used to calculate outcomes from given inputs. For example, you could say "The calculation logic of this financial model is quite complex."
The model is converted into a two-stage model keeping the calculation logic.
This can reuse the hardware structure (having round trip time (RTT) calculation logic for ranging) for detection and demodulation of physical layer signal.
As the planning model's calculation logic is complex and the number of possible project roadmaps heavily grows with the number of considered processes, projects, and planning periods, the planning model could not be applied without the software prototype.
As the model's calculation logic is complex and the number of process variant profiles grows exponentially with the number of process contexts (see effectiveness and efficiency), the decision model cannot be applied without the prototype.
Further, the planning model proposes a continuous calculation logic that aggregates investment outflows and performance effects across multiple processes, projects, and periods into the value contribution, an integrated performance indicator that complies with the principles of VBM.
Use reverse calculation or logic to eliminate unrealistic answers.
In this article; we have proposed an approach called INDEP, based on Boolean logic calculation for the input signals of the extra inserted transistors between the pull-up and pull-down network of the CMOS logic.
Moreover we conduct a dynamic visualization of the construction process according to the optimized schedules by applying a predefined calculation formula and logic along with 3D geometry data and process data to determine the amount of work required for major construction processes.
Based on the control overhead for 10 and 45 km/h, although our proposed approach has many calculations and V2I and V2V dialog to perform the clusters, sub clusters and CHs, many calculations of Fuzzy logic increase the Control overhead of FcVcA and Genetic method.
Now researchers at Stanford University have developed a way to make genetic parts that can perform the logic calculations that might someday control such activities.
Since the invention of computers, the calculation of arithmetic and logic operations using digital circuits has been one of the leading problems in processor designs.
