The phrase "achievable improvement" is correct and usable in written English.
It can be used when discussing progress or enhancements that are realistic and attainable within a certain context or timeframe.
Example: "Our team has set specific goals for the next quarter, focusing on achievable improvement in our customer service metrics."
Alternatives: "realistic enhancement" or "attainable progress."
In addition, the DSS can establish realistically achievable improvement targets for each school by benchmarking their performance against the operations of schools in higher efficiency categories.
In [13], an evaluation is performed on the achievable improvement in system performance when dual-polarised antennas are employed at the on-body node, in order to exploit polarisation diversity.
Based on a pressure drop surface sensitivity map (colours like in Figure 3 left), a one-shot shape optimisation was conducted with the morphing routines from TUM 2829
We've dealt with the environment, terrorism, drug-taking, and more, but perhaps the area with the most room for achievable improvement is in the dank wasteland of the internet.
To measure how much of the achievable improvement over the G M L trees was realized by MowgliNNI, we studied the distribution of reconciliation costs of all possible gene trees for several cases involving a computationally manageable number of species.
The historical consequences of increased knowledge capital prove to be huge – multiples of GDP for achievable improvements in schools.
Most of the existing metallization optimization methods are restricted to the conventional H-pattern, which limits the achievable improvements.
Several numerical examples demonstrate the achievable improvements in terms of consistency and robustness for 3D contact analysis including finite deformations.
Easily achievable improvements in roads, markets and other things can increase the availability of food a lot even if farm yields stop rising.
In particular, the achievable improvements in terms of temperature distribution, obtained by modifying the control of air distribution and the geometry of air distribution channels, were analyzed.
We find that with achievable improvements, our architecture will allow readout of a square, kilopixel array of high-resolution microcalorimeters with time constants as low as 50μs.
