"accurate implementation" is correct and usable in written English.
You can use it to describe a process that has been carried out with great accuracy and precision. For example, "The efficient and accurate implementation of the new protocol has improved productivity in our organization."
This paper presents a set of verification tests to assist the accurate implementation of flicker measurement in wind turbines.
It wasn't found a correlation between the two dimensions E.I. the punctual and accurate implementation of tasks.
Another application, "Sepsis Dart," continuously surveys patients in emergency departments and medical intensive care units for the timely and accurate implementation of best practices (cultures, lactate, antibiotics, fluid) for diagnosing and treating sepsis.
However, the accurate implementation of the boundary conditions seems to continue to be an impediment to the acceptance and use of numerical methods based on vorticity formulations.
The results of the analysis are confirmed with numerical simulations that also demonstrate a second-order accurate implementation of the AMP scheme.
In this paper, we propose a novel method named Mixed Kernel CCA (MKCCA) to achieve easy yet accurate implementation of dimensionality reduction.
We have performed DFT calculations in the local density approximation using the film version of the full-potential linearized augmented plane wave method, which ranks among the most accurate implementations of DFT.
However, before these techniques are taught, you'll need to have a solid image processing foundation to build on, and so the first part of the course will deal with traditional image processing issues like sampling and reconstruction, linear filters, and geometric operations like rotating and warping images, with an emphasis on efficient and accurate implementations.
However, not only do we consider all possible accurate implementations, we also allow inaccurate computations in order to further explore the sharing of partial terms.
An audit to verify treatment planning system modelling and treatment delivery has been undertaken to ensure accurate clinical implementation.
It is based on the state-space formalism, which naturally avoids the derivatives of instantaneous material constants, enabling a convenient and accurate numerical implementation.
