The phrase "adapted to match" is correct and usable in written English.
You can use it when describing something that has been modified or changed to fit or correspond with another element or standard.
Example: "The software was adapted to match the new user interface requirements."
Alternatives: "modified to fit" or "adjusted to align".
D-Jogger was adapted to match the experimental protocol (detect running cadence, playback tempo-matched music to this reference, increase or decrease music tempo).
"And the gelatine can be adapted to match the expiry period of the food by altering the concentration.
The MUSAPID architecture was adapted to match the configuration of monitoring system, inspired by the national energy dispatcher.
As the dampers switch during operation the whole system's structure differs, and then values of the active forcing inputs are adapted to match these rapid changes.
In the background anti-matching phrase, a certain number of background regions are extracted based on the feature of color orientation codes via an entropy filter, and the covariance matrix is adapted to match these regions to get the global motion of the background; further, the object matching is carried out by a mean-shift tracking algorithm.
Dimensions of samples, (although not in the form of cylinder), were adapted to match the strut size of polymer scaffolds.
Physical and structural characteristics evolve and adapt to match the competitive environment.
As a user works with the robot, it could learn to adapt to match his or her preferences, discarding others from the library.
Being absent was difficult, he said in a telephone interview from London today, but he planned to be back in Utah for the institute's annual festival post-mortem in a few weeks, where decisions are made about where independent film is heading and how Sundance must adapt to match it.
So Matarić and her co-workers developed an algorithm for learned behavior, with the robot adapting to match the participant's preferences in terms of therapy style, interaction distance, and speed of movement.
The characterisation of field-based exposure conditions concerning the biotic or abiotic resuspension of sediments and the rate of attenuation of released contaminants through dilution or readsorption may enable laboratory-based bioassay designs to be adapted to better match those of the assessed environment.
