A cached version of ISC's website reveals that Star-P software allowed users to perform scientific, engineering or analytical computation on array or matrix-based data to use parallel architectures such as multi-core workstations, multi-processor systems, distributed memory clusters or utility/cloud-based environments.
Apart from monitoring, measuring, calculating, communicating, control, and balancing, the BMS can also be constructed by using two basic architectures such as centralized and distributed.
Both p- and n-channel semiconductors are used to create architectures such as field-effect transistors.
The stream computing using manycore architecture such as GPU and the accelerators on FPGA has become one of the main methods for achieving high performance computing that such accelerators are employed in the recent top supercomputers.
A possible strategy to mitigate that expense is using specialized, high-performing architectures such as GPUs.
Thus, the combination of log-m embedding with padded convolutional layers allows networks using popular deep CNN architectures, such as AlexNet, to be trained with higher classification accuracy in less time than 1-of-m embedding.
The different ways that the yarns are interlaced in this technique could be used to produce complex architectures, such as the three-layer architecture of the leaflets.
This procedure has been successfully used to realize specific architectures, such as the selected-area growth of rather long (30 50 μm) and vertically aligned nanotubes bundles along the crossing lines of regularly shaped features.
The performances of the inverters are discussed vis-à-vis those reported in the literature using advanced non-classical device architectures such as FinFETs.
However, whilst a small number of reports have emerged on using relatively large chiral molecular architectures such as polysaccharides, 9 biaryl compounds, 10 or chiral solvent mixtures 11 in order to induce CP-photoluminesence (CP-PL) from conjugated polymers, these approaches or dopants have significant limitations for translation into the solid state.
