Sentence examples for module and iii from inspiring English sources

The developed WADC comprise (i) a real-time mode estimation module, (ii) synchrophasor's communication latency computation module, and (iii) phasor-based oscillation damping algorithm executing in a real-time hardware prototype controller.

The integrated energy emergy approach to building form optimization consists of three modules namely, Building Energy Simulation BESS) module, Building EMergy Analysis (BEMA) module, and (iii) MetaModel Development (MMD) module.

Through the establishment of a task development model which consists of i) an innovation target analysis module, ii) an innovation-oriented HIT (human intelligent task) allocation module, and iii) a cheating control module, the proposed system is able to analyze and decompose the innovation target.

The heart disease risk factors system (HDRFSystem) in its current form includes three modules (i) core NLP module, (ii) risk factor recognition module, and (iii) attribute assignment module.

The software performs three steps: (i) construction of the de Bruijn graph of the reads, (ii) detection of insertion breakpoints on the reference genome (find module) and (iii) local assembly of inserted sequences (fill module).

Three optimization objectives were defined: (i) the minimum enriched P value on MM associated GO terms; (ii) the correlation coefficient and target coefficient (see Methods 2.3) of the module; and (iii) variations of expression values of miRNAs and mRNAs in the module.

To overcome this impasse, we argue that designing new functions with biological parts requires (i) the recognition of logic gates not yet assigned but surely present in the meta-genome, (ii) the orthogonalization and disambiguation of natural regulatory modules and (iii) the development of ways to tackle the connectivity and the definition of boundaries between minimal biological components.

The method is composed of three major steps: (i) extracting modules from protein-protein interaction networks using network clustering algorithms; (ii) identifying distinct subgraphs from the derived modules; and (iii) identifying distinct subgraph patterns from distinct subgraphs.

To improve the mechanistic understanding for advancing the design and engineering of the membrane distillation (MD) modules, the objective of the current study was to investigate via both experiments and simulations the impact of (i) module orientation, (ii) module geometry, and (iii) an oily feed on the permeate flux and pore wetting propensity of direct contact membrane distillation (DCMD).

The result of the two steps of module (i) is an uncurated annotation which is to be analysed and curated in module (ii) and (iii).

DCL has the following positive points: (i) expressiveness, DCL supports a wide variety of architectural constraints; (ii) abstraction level, DCL provides a limited support to associate specific source code parts (low level) with abstract elements (high level) by using a module definition; and (iii) applicability, once it is an easy to learn language.