Lignocellulosic materials add challenges compared to implemented processes due to high inhibitors content and the physical properties of these materials at high gravity.
With respect to performance comparison, parts design characteristics based scheduling algorithm has resulted in 6.81% reduction of the total setup time compared to implemented semi-manual cable sequences (MCS) for 45-day production data.
Compared to directly implementing an executable model, this approach allows to clearly separate this specification from the implementation.
As a result, they contributed less in the non-implemented punishment condition compared to the implemented.
Compared to results implemented with numerically integrated STM, the analytical implementation shows results with consistent accuracy, while it takes only about half the CPU time to filter a 10-day measurement series.
According to simulation results, the improved SDA converged to a far better solution compared to other implemented optimization algorithms.
The identified capabilities were compared to the implemented capabilities of the major BIM tools supporting the reinforced concrete domain.
This represents a total estimated increase of 368.87 Tg of belowground C across the US, or a 6.4%% increase when compared to currently implemented NGHGI models (Table 2).
Despite the fact that users need to slightly modify their MapReduce program to use the iterative and incremental functionalities of iiHadoop, this modification is modest compared to re-implementing their algorithms on a different programming model, such as Naiad.
The experimental results showed higher correct recognition rates and lower error rates in identification and verification modes, respectively, compared to previously implemented systems evaluated on the same database (HSCT-11).
