The phrase "accept functionality" is correct and usable in written English.
It can be used in contexts where you are discussing the ability of a system or application to accept certain features or operations.
Example: "The new software update will allow users to accept functionality that enhances their experience."
Alternatives: "embrace features" or "adopt capabilities".
These requirements are interdependent, i.e., in some cases a specific CPI can protect against a stronger attacker model if the user is willing to accept less functionality or less protection.
Longer term, in places where NFC is accepted, Oink will have functionality in its app to work with a handset's NFC capabilities to wave the device to complete a purchase by debiting from an Oink mobile wallet.
Unlike its closed-source predecessors, the modular, open-source design of MVAPACK readily accepts new functionality, allowing it to grow and maintain pace with the state-of-the-art in the chemometrics field.
Whilst the authors accept that product functionality is crucial for product success, the appearance, use of materials, shape and form provide the most immediate product data for the user.
Niche acts as an "incubation room" [29, 38] and can be defined as 'a discrete application domain (habitat) where actors are prepared to work with specific functionalities, accept teething problems such as higher costs and are willing to invest in improvements of new technology and the development of new markets' [39].
An overview of what these functionalities accept as query/input and what they produce as output is given in Table 1.
These campaigns were successful because the charities had the functionality to accept donations digitally...those charities who don't adapt to digital fundraising will miss out on potential gains and reaching new audiences to engage with".
This study does not attempt to address these phenomena but the simulation contains functionality to accept them at will should evidence arise to inform parameter estimates.
AG3 contained an electron donating (diphenylamine) and an electron accepting (cyanoacrylic acid) functionality linked through an elongated oligothiophene π-spacer.
We propose a model in which certain influenza A virus proteins (or protein domains) exist as highly plastic scaffolds, which will readily accept mutations yet retain their functionality.
