The relationship between the computations yielding new system states and the observations that can be made about these states is specified using liftings of the coalgebraic structure of state spaces to a coalgebraic structure on computations over these state spaces.
Hence, the problem needs to be solved from two aspects: one is how to choose a good regularization functional φ(f), which is an active research area in image science, and the other is how to shorten the computation time without yielding staircase artifacts, which is also a challenging problem.
The use of coarse-grained models have served as a useful alternative in simplifying computation times while yielding new insights into crowding effects at the residue-level [25], [26], [27].
Rapid forward modeling during the retrieval process is based on a broad-band approach and the use of emissivity look-up tables for the computation of radiative transfer, yielding accurate results at very low computational costs.
It is demonstrated that the new method facilitates the computation of simple centralized controllers yielding closed loop systems with favorable characteristics.
The details of the computation are reported in the appendix, yielding (16), (17), and (18): (18).
It is shown here that the GPU implementation perfectly fits in the mathematical features of the GASM, yielding a significantly decreased computation time.
A general conclusion from the results obtained is that moving computations from the CPU to the GPU is feasible, yielding good time and price performance, for certain lattice computations.
Similar computations were performed on the symmetrized and G + C-corrected symmetrized frequencies (using mononucleotide frequencies computed from the entire genome), yielding symmetrized PTE (SPTE) and G+C-corrected SPTE (GC-SPTE) distances, respectively.
These computations are performed in pipeline, whenever possible, yielding to a considerable reduction in terms of cycles per intersection test.
