In general, the more abstract the design description, the easier and more efficient the verification processes.
If this could be attained, the effects of culture environment and/or the specific genetic mutation on the metabolism can be predicted without conducting many exhaustive experiments, and metabolic engineering may be made more efficient with verification by the experiment for the selected mutants in the optimized condition based on the computer simulation.
For this reason, it is often necessary to use less realistic but more computationally efficient verification schemes such as Model in the Loop (MiL), Software in the Loop (SiL) and Processor in the Loop (PiL).
It is strongly believed that the high-level design process can become much more efficient with formal verification technology.
Our framework makes use of more efficient signature generation and verification algorithms in terms of computational complexity than their counterparts in literature, where signature size is almost the same as the shortest signatures proposed for similar purposes so far.
An experimental result has been presented to show that the proposed algorithm makes the verification more efficient in terms of state space and hence for memory and time usage.
Position verification needs a more efficient mechanism rather than sender and receiver timings [7].
The nonprofit, which recently completed Y Combinator's accelerator program, uses geospatial analysis to make the process more efficient, enabling it to offer free verification to smallholder farms.
In this way, the responsibility of key verification is concentrated heavily on these vertices, which reduces the total amount of verification necessary, and is thus more efficient.
In order to more efficient use the BESS, the further R&D and verification associated with the operation and application technologies of the large-scale BESS need to be continued based on the demonstration project.
