The phrase "a specification that can" is correct and usable in written English.
You can use it when discussing the capabilities or features of a specification in a technical or formal context.
Example: "We need to develop a specification that can accommodate future updates and changes in technology."
Alternatives: "a specification capable of" or "a specification able to".
A model specification that can be processed by BioNetGen is provided as a plain-text file in the Supporting Information.
Level 2 comprises a computable specification that can be verified for logical consistency and completeness; and Level 3 comprises an implementable specification that includes information required for local adaptation of guideline logic as well as for mapping guideline variables onto institutional medical records.
There is no single media specification that can be applied universally for all waters.
There are a variety of specifications that can be fitted to the data and different statistical techniques for dealing with the distributions of the variables involved (see examples from health care) [ 18– 20].
Making informed decisions requires an understanding of the general analytical performance specifications that can be expected for a given sensor technology.
The main advantage of the fractional order controllers is that the increase in the number of parameters in the controller allows an increase in the number of control specifications that can be met.
In particular, it allows the automatic generation of statistically relevant test cases as variations of vignette specifications that can be derived from a convenient high-level specification.
The monitoring of SLAs expressed in the SLA specification language of SLA@SOI requires the translation of these SLAs into operational monitoring specifications (i.e., specifications that can be checked by a low level monitor plugged into the SLA@SOI framework).
Now that we have a dedicated staff person (me!) to take a comprehensive look at metadata practices at DUL, we are very interested in developing guidelines and specifications that can be applied broadly, across a variety of collections and materials.
The optimization problem solved considers the minimization of the network design cost subject to a known constraint on all-terminal reliability by assuming that the network contains a known number of functionally equivalent components (with different performance specifications) that can be used to provide redundancy.
