Sentence examples for is made capable from inspiring English sources
The phrase "is made capable" is correct and usable in written English
It can be used to describe a process or action that enables someone or something to have the ability to perform a task or function. Example: "The new software update is made capable of handling larger data sets efficiently."
The process is made capable with the capability indices more than 1.33, i.e., more than a moderate level of 4σ, which is the industrial benchmark.
fertilization -- The process by which an egg is made capable of generating offspring.
The most recently formulated theory of punishment is that of rehabilitation the idea that the purpose of punishment is to apply treatment and training to the offender so that he is made capable of returning to society and functioning as a law-abiding member of the community.
This area, under influence of periodical high water levels in the Elbe, is made capable of 'flipping' to a second ground level at the moment the water reaches higher levels.
When combined with a free-target-approach behavior, the robot can be made capable of navigating through environments with unknown obstacles towards a desired target.
The search was performed through an implementation of the NSGA-II algorithm, which was made capable of exchanging information with the EnergyPlus building energy simulation tool.
(And how good are we?) Strategically aligned enterprises are made capable by their organizational resources, including people, structures, cultures, and work processes, and by the degree to which they are configured to be strategically valuable.
As many devices with an embedded OS run some flavour of Linux, those devices could also be made capable of making and receiving Skype calls.
The kernel associative memory can be made capable of adding and removing attractors explicitly.
These infections could be fought locally by antibiotic-filled hollow fixation pins, in which part of the length has been made capable of drug release.
Recently, it was made capable of sorting results into four top-level categories: what (biomedical concepts), who (author names), where (affiliations and journals) and when (date of publications).
