Exact(60)
There are dozens of versions of each scheme, and they range from plausible to absurd.
This makes it extremely difficult to assess the various merits of each scheme and even harder to assess their impacts.
The value coefficient of each scheme is compared with selecting five functional indicators.
The inconsistencies and pitfalls in the application of each scheme are also considered.
Theoretical analysis shows the spectral characteristics of each scheme in a 50-GHz channel spacing application.
Then, the domain of applicability and some numerical properties of each scheme have been discussed.
We discuss about the properties and capabilities of each kind of name systems and compare the overheads of each scheme.
The evaluation of each scheme involves pricing an Asian option, for which relatively tight upper and lower bounds can be calculated in a numerically efficient manner.
The performance of each scheme is assessed when using different numerical intercell fluxes (e.g. different levels of upwinding), ranging from "under-" to "over-upwinding".
In this paper, an algorithm is presented that combines the positive features of each scheme in a hybrid lattice Boltzmann method.
Effects of several parameters, including spatial and temporal refinement, are also examined and the relative efficiency of each scheme is discussed.
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