Sentence examples for alignment technologies from inspiring English sources

The ontology alignment evaluation initiative (OAEI) (http://oaei.ontologymatching.org/) is a collaborative effort in the ontology alignment community aimed at rigorous and extensive evaluation of ontology alignment technologies (14).

Although we have taken several precautions to minimize the possibility of wrong inferences regarding genomic breakages, we recognize that our analysis is limited by the quality of genome assembly and alignment technologies.

Altogether, patients' compliance was quite positive, with the exception of two patients who reported wearing their aligners for only 8 h per day, all patients followed the alignment technology treatment protocol of wearing their aligners the prescribed time of 22 h per day.

Generally, the interference alignment technology designs the interference suppression matrices at receivers and aligns the interference signal to the corresponding zero zones of interference suppression matrices to suppress the inter-cell co-channel interference.

The low temperature alignment technology will help the advancements in fast-response and flexible displays.

The company is already selling films for those plates to LCD TV makers like Samsung whose screens are based on vertical alignment technology.

The interference from other coordinated areas is ignored in this paper, which can be eliminated by inter-cell interference coordination technology [25] or interference alignment technology [26].

Moreover, in order to reduce the inter-cell co-channel interference, the interference alignment technology is adopted in multi-cell MIMO network [32, 33].

Considering the computation complexity, we compare the proposed algorithm with the traditional SLNR as well as the algorithm adopting interference alignment technology.

Though the interference alignment technology is helpful to suppress the inter-cell and intra-cell interference as well as enhance the system capacity, it will undoubtedly increase the number of interference suppression matrices at receivers and its corresponding computation complexity.

In this paper, we proposed to use ultraviolet-curable liquid crystal polymer (LCP) in conjunction with polyhedral oligomeric silsequioxane (POSS) nano-particles (2 5 nm) to develop a low temperature alignment technology with wide range of liquid crystal pre-tilt angles.