In this section, we describe the implementation of the operations S, Cb, and Ci to obtain the respective number of machine cycles based on simulations of the TMS320C55xx DSP from Texas Instruments.
In the cyclic optimization phase, the implementation of the operations in both loops is always based on the RMGS (OOMP) algorithm (no matter which algorithm has been used in the augmentation phase).
It is possible in fact in Amazon to create clusters with high performance by defining "placement groups" (http://aws.amazon.com/hpc-applications/). Once the instance types were defined, we experimented the effective implementation of the operations considering the hardware configuration described in Section 5.2.3.
Economically feasible large-scale implementation of the process requires operation at high solids loadings, i.e., biomass concentrations >15% (w/w).
The implementation of this operation is in line with the conservation efforts done to reduce the effect of land use activities in Cameron Highlands.
Table 5 shows the implementation details of the operation S. As we can observe from the third column, two storage operations and an S operation, each taking one machine cycle, are performed.
Real-time implementation of the transposition operation is particularly interesting in signal and image processing applications as they are dominated by matrix-based techniques.
However, it is also clearly not an implementation of the reset operation.
The algorithmic details yielding an efficient implementation of the filtering operation are straightforward and therefore omitted.
