Sentence examples for necessary for representing from inspiring English sources

Conventionally, project participants explicitly have to specify different descriptive building data necessary for representing such spatial relations manually.

A purely mathematical procedure based on the representation theorem enables us to specify the additional imaginary displacement necessary for representing a volume source only by the displacement term, which links ΔV C to ΔV T. It also specifies the additional imaginary stress necessary for representing a moment tensor solely by the traction term, which gives the "stress glut".

Both integrals are necessary for representing volumetric sources, whereas the representation of seismic faults includes only the first term, as the second integral over the two adjacent fault surfaces, across which the traction balances, always vanishes.

Claims reserving is obviously necessary for representing future obligations of an insurance company and selection of an accurate method is a major component of the overall claims reserving process.

A conceptual schema describes at an abstract level one or many themes necessary for representing the set of geographic objects existing in a geographic application as well as the relationships among them.

In economics, the language of mathematics is sometimes necessary for representing substantive problems.

In contrast to those well-worn (though necessary) reform proposals, FoR represents something new and potentially important: a determination among postdocs to take their situation "into their own hands and make sure that everyone is informed" about current realities, as Polka puts it.

In this way, each amino acid of the peptide can be assumed to have little interaction with the inter-peptide amino acids so that each position can be considered to be independent of each other, which is a necessary property for representing the binding specificity with the PWM.

The concentrations on the PCL nanofibers are three orders of magnitude higher than those necessary for adhesion, representing a viable scaffold to present biochemical cues and for cell-seeding.

Finally, more flexible computations with arbitrary associative dependencies would be possible if relations between classes of items (e.g., "beginning" and "ending" items, assuming reading from left to right) were encoded at a more abstract level than necessary for simply representing specific single item pair associations.

To discover the underlying mechanism behind the information, it is necessary to develop effective feature parameters for representing the sequence and structure.