The phrase "adapting means" is correct and usable in written English.
It can be used when discussing the concept or process of making adjustments or changes to fit new conditions or requirements.
Example: "In a rapidly changing environment, adapting means being flexible and open to new ideas."
Alternatives: "adjusting signifies" or "modifying implies".
41, 44 (1870) (finding ban on intrastate sale of lighting oils not appropriate and plainly adapted means for carrying into execution Congress taxing power).
The volume of sugar moving to the continental United States market was controlled to secure a harmonious relation between supply and demand. 1 To adapt means to the purpose of the sugar legislation, the Act of 1948 defines five domestic sugar-producing areas: two in the continental United States, and one each in Hawaii, Puerto Rico and the Virgin Islands.
To adapt means 'to change in accordance with something'.
And adapt means the way our bodies or our behaviour change to suit new conditions.
To adapt means to be the right solution for the right problem and if you don't adapt, then competitive advantage will soon fall into the category of irrelevance.
Other applications of prediction algorithms for the next journey of users include, for example, a recommender system for bush taxis such as suggested by Gambs et al. [152], using the predicted next location of users to recommend to pedestrians adapted means of transport that are in their neighborhood.
The adapted means μ ^ ( m ^ ) and variance Σ ^ ( σ ^ 2 ) of the state output (state duration) distributions can be expressed, given the linear transformation A o (A d ) and the bias b o (b d ), under the following form: μ ^ = A o μ - b o, Σ ^ = A o Σ A o ⊤, (5) m ^ = A d m - b d, σ ^ 2 = A d σ 2 A d ⊤. (6).
Then subsequently followed the needs relating to adapted means of transportation, medical follow-up, home visit from healthcare personnel, and stimulus and motivation provided by a caregiver.
In the traditional MAP adaptation approach, the adapted mean vector of a Gaussian component can be written as: begin{array}rcl@ mathbf{M}_{c}=frac{r}{N_{c} + r}mathbf{m}_{c}+frac{N_{c}}{N_{c} + r}frac{mathbf{F}_{c}}{L} end{array} (4).
