Sentence examples for use of such structured from inspiring English sources

The use of such structured feature vectors in machine learning mirrors a categorization approach which is helpful in all learning processes, in which higher order (derived) features (concepts) are used along with elementary ones for sample classification.

While we have seen tremendous efforts in the past years to standardize and link lexical taxonomies and ontologies2, there has not been a widespread use of such structured resources for the formal representation of the semantics of text.

And, crucially, so long as they distribute their earnings such set-ups can largely avoid corporate tax.Not all shall be partnersMindful of that last point, the American government has in the past restricted the use of such structures.

Data structures, and the development of optimal algorithms for inserting, deleting, and locating data, have constituted major areas of theoretical computer science since its beginnings because of the heavy use of such structures by virtually all computer software notably compilers, operating systems, and file systems.

There are numerous applications where the use of such structures is beneficial or necessary.

It also provides advice and ideas for the use of such structures.

Of particular interest is the use of such structures to represent the scenario interleaving associated with concurrent activity.

It also presents specificity and phases of designing engineering structures of this type, as well as the most common design errors and their influence over the use of such structures by animals.

Inspired by this problem, we propose (i) a specialized data structure called DSMatrix, which captures important data from dense graph streams onto the disk directly and (ii) stream mining algorithms that make use of such structure in order to mine frequent patterns effectively and efficiently.

This paper addresses the consequent need for design and simulation tools for engineers to make effective use of such structures by, as a first step, analyzing the multi-scale stability aspects of the superelastic behavior of a particular hexagonal, thin-walled, SMA honeycomb under in-plane compression.

Experimental try-and-error approaches are mostly used to optimize the composition of such structures.