In absence of additional design criteria, and taking into account that different sources of error limit the precision of biocircuit implementations, the selection of the best design among a set of candidates with close objective function values is rather arbitrary.
Although there are still serious obstacles to overcome, the prospect of faster drug development and the high value market of precision medicine make the implementation of AI technology very attractive for the stakeholders of pharmaceutical market.
Therefore, these results demonstrate that the proposed chaos-based key stream is very useful for the consideration of reducing negative dynamic degradation influence due to the finite precision of the digital hardware implementation.
The results show that: (1) simple precision floating point arithmetic is sufficient for LBM computation in comparison to double precision; (2) the implementation of LBM on GPUs allows us to achieve up to about one billion lattice update per second using single precision floating point; (3) GPUs provide an inexpensive alternative to large clusters for fluid dynamics prediction.
For digital communication applications, the most commonly used criterion for evaluating the precision of fixed-point implementation is the error-rate performance degradation.
As the tool scans the path lines in any subregion, the path pitch is decreased as much as possible in every region, which is prone to improving the implementation precision of the dwell-time.
Due to the complexity and high requirements on timing precision of the spectrometer, the design and implementation of such a system poses numerous technical challenges, in particular regarding time alignment and synchronisation of signal paths and digitiser modules.
The results obtained are convincing, because of both the precision of the estimates and the simplicity of the implementation.
This implementation extends the precision of the filters to allow accurate, lower bandwidth filters.
The methods are compared in term of precision, ease of implementation and appropriateness to the problem type.
