Fine-tunable

A 'fine-tunable' system, process, or parameter possesses the capability to be adjusted or modified in small increments to achieve an optimal or precise outcome. This implies a degree of sensitivity and responsiveness to alterations, allowing for incremental improvements rather than drastic overhauls. fine-tunable elements are often utilized in situations where nuanced control is crucial to achieving specific goals, optimizing performance, or adapting to changing conditions. The emphasis is on iterative adjustments and the potential to reach a highly refined state through continuous, subtle modifications. The term highlights the potential for achieving greater precision and efficiency through meticulous calibration.

Fine-tunable meaning with examples

• The software’s algorithm was designed to be fine-tunable, enabling us to meticulously adjust the sensitivity of its fraud detection system. This allowed for a reduction in false positives while still identifying a high volume of actual fraudulent transactions. We experimented with incremental changes to the parameters to find the sweet spot that offered the best balance.
• During the concert, the sound engineer worked to make the system more fine-tunable. He tweaked the EQ on each channel to accommodate for room acoustics, the band’s stage presence, and the volume levels on each microphone. This ability allowed for a significantly more immersive and pleasing audio experience for the audience.
• The telescope had a fine-tunable focusing mechanism. Astronomers could finely adjust the position of its lens to compensate for atmospheric distortions and ensure sharp, clear images of distant galaxies. This permitted researchers to explore the cosmos with greater detail and improve the quality of scientific data.
• To achieve optimal flavor, the chef used a recipe that was fine-tunable. They could slightly vary the spices, cooking times, and ingredients in order to tailor the taste to the diner's individual preferences, giving each dish unique qualities to appeal to the customer.
• The engine’s fuel injection system was fine-tunable, allowing mechanics to optimize its performance under various operating conditions. The adjustments improved fuel efficiency, increased power output, and reduced emissions. Regular maintenance was required to keep the system optimal.