Two structures of NPE, namely series-parallel and parallel, are proposed with their respective fault isolation policies.
The discussion starts with conventional power combiners, the limitation of transformer-based voltage combining, and leads to the hybrid combining concepts covering serial-to-parallel and parallel-to-serial architecture.
Three scalable designs are presented: fully parallel, semi parallel, and iterative.
This time for serpentine, parallel, multi-parallel and discontinuous flow-fields were 9.5, 7.5, 8.0 and 16.5 s, respectively.
Three different screw configurations were tested: parallel, counter-parallel, and a delta configuration.
To apply our framework to medium- and long-range interactions, we need a hierarchical model of whole helices, loops, parallel, anti-parallel and mixed strands.
First we present an abstract syntax for membrane systems, and then a structural operational semantics of these systems by means of three sets of inference rules corresponding to maximal parallel rewriting, parallel communication, and parallel dissolving.
In order to achieve this, we propose three DNA-based algorithms – parallel adder, parallel multiplier and parallel comparator – that formally verify our designed molecular solutions for the subset-product problem.
The pressure loss and the concentration distribution in the anode were analyzed for four types of flow field, parallel, serpentine, parallel serpentine and zigzag type.
Related research mainly focuses on parallel algorithms, parallel programming models and experimental platforms.
The thermal resistance RTH can be divided into two components in parallel, the parallel resistance (RTH,∥) and the perpendicular resistance (RTH,⟂).
