Sentence examples for mechanism that performs from inspiring English sources

A Payments for Ecosystem Services PESschemeeme can be understood as a mechanism that performs the role of a 'market' for Ecosystem Services (ES) in circumstances where such a market would otherwise fail to develop.

Finally, file transfers are conducted using GridTorrent, a grid-enabled, Peer-to-Peer mechanism that performs efficient data transfers by enabling cooperation among participating nodes and balances the cost of file transfer among them.

Their solution also supports an evaluation mechanism that performs a continuous assessment of the quality of services.

Research in this paper proposes a novel SGFL mechanism that performs geographic routing and link quality analysis with backup node selection.

For the Text-based filtering method the results are directly presented to the user, but for the Utility-based method the results are passed into a post filtering mechanism that performs additional filtering based on the weights of importance that user defined for each participating contextual factor.

The fuzzy inference component contains a rule base that holds fuzzy rules: a database that defines the MFs used in the fuzzy rules, normalizes the input and output universes of discourse, and performs the fuzzy partitioning of the input and the output spaces; and a reasoning mechanism that performs the inference process upon the rules and given condition to derive a reasonable output.

Glass panels reveal the wheel-and-disc mechanism that performed the actual integration and helped provide the solution to complex differential equations.

In these, Goldberg put his talents in engineering to an unpredictable use: he created and annotated, in painstaking detail, utterly complicated and outlandish mechanisms that performed what should have been simple, straightforward tasks.

According to the mechanistic account, concrete computing systems are functional mechanisms of a special kind — mechanisms that perform concrete computations.

Inspired by origami and papercraft, Teoh and his colleagues applied their design knowledge to creating not just a fold-up polyhedron (you can cut one out of any sheet of paper) but a mechanism that would perform that folding process in one smooth movement.

The second approach is to utilize a prediction mechanism that relies on performing an analysis of past workload to determine the future resource demands and the necessity of scaling resources based on the predicted future workload.