Exact(47)
The integrated graph resulting from the integration method is then compared with the original simulated true graph to evaluate the integration method's performance.
Four cases of nonlinear second-order three-point boundary value problems have been investigated and they are transformed into the Hammerstein integral equations by using the integration method.
After the simulated evidential graphs have been given to the integration method in question the resulting integrated network is evaluated against the original graph.
Moreover, a detailed analysis of discrete Painlevé equations [32] and linearisable mappings [33] has shown that the latter have even slower growth properties (which can be used not only as a detector of integrability but as an indicator of the integration method).
First, the integration method is proposed to transform the considered boundary value problems into Hammerstein integral equations.
The integration method is used for temperature measurement.
Similar(12)
So far, all the integration methods presented have been concerned with continuous processes.
The integration methods should support the evaluation and specification of different integration approaches, standards and technologies on many interoperability levels.
In sample cases analyzed involving multiple failure mechanisms, results from the integration methods agree closely with Monte Carlo results.
The integration methods compute the next step of positions and velocities in each node.
The integration methods are constantly developing but still the general approaches and issues remains the same.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com