The phrase "accuracy of operation" is correct and usable in written English.
It can be used in contexts discussing the precision or correctness of a process, system, or machinery.
Example: "The accuracy of operation is crucial for ensuring the safety and reliability of the equipment."
Alternatives: "precision of performance" or "correctness of function".
Synchronous telecommunication networks, distributed control systems and integrated circuits have its accuracy of operation dependent on the existence of a reliable time basis signal extracted from the line data stream and acquirable to each node.
Solutions assumed for a feedback control system are described in order to satisfy the main requirements set by this application: accuracy of operation, dynamic bandwidth, modularity of settings depending on the specific coating, handiness of using and modifying when necessary, robustness of control, and global operating reliability.
However, general-purpose computers are not designed with the millisecond-level accuracy of operation required for such applications.
Indeed, computer monitors, input devices, and software are not designed with millisecond-level accuracy of operation in mind, primarily because such time scales are not required, or even noticeable, in general-purpose computing.
Therefore, the identification of a vascular anomaly prior to surgery is very important for the safety and accuracy of the operation.
Distortion in spike timings can impact the accuracy of SNN operation by modifying the precise firing time of neurons within the SNN.
The experimental results show that with an increased mental workload, the detection accuracy of flight operation significantly reduced and the reaction time was significantly prolonged; the standard deviation of R-R intervals (SDNN) significantly decreased, while the mean heart rate exhibited little change; the score of NASA_TLX scale significantly increased.
To meaningfully relate multiple observations of the same reflection to each other, the individual partial observations are either summed or converted to their full-intensity equivalent, and the accuracy of this operation decreases as the range of observed partialities increases.
Finally, the feasibility of the suggested architecture and sensor fusion has been demonstrated with simulations and a real-time system implementation featuring four agents and a meter-level accuracy for operation times of tenth of minutes in a harsh industrial environment.
We have verified the accuracy of the operations of the fundamental logic gates by analog circuit simulations.
Analog digits of this number system enable the higher accuracy of analog operations, and can efficiently relate with digital and binary values.
