Sentence examples for development of a complexity from inspiring English sources

An emergent result of this activity is the development of a complexity and stroke rehabilitation research network.

Our results show that one important and natural case of multicast cost sharing is an example of a canonical hard problem in distributed, algorithmic mechanism design; in this sense, they represent progress toward the development of a complexity theory of Internet computation.

Therefore, the development of a low complexity, miniature, and cost-effective spectroscopy system without the need of optical fibers, spectrograph or CCD cameras could potentially increase the collection efficiency, while simplifying the device.

Often researchers seek the shortest way to reach their final goal by going directly to the development of a high-complexity model and optimize this with respect to a certain objective.

The target of this work has been the development of a low-complexity model that could fit a real-time computing platform; thus, the porting of that model did not require any particular change in structure for the subsequent real-time implementation.

Repression of p16INK4a and the concurrent development of karyotypic complexity is a feasible depiction of the molecular alterations that permit the accumulation of genomic imbalances in EC neoplasias.

In this paper we describe a new, multi-graph approach for development of a comprehensive set of complexity management techniques for interactive graph visualization tools.

We turn in the next section to development of a model of case complexity and court workloads derived from these findings that we think could be used to help identify and address both existing and potential case handling trouble point.

Central to the development of computational complexity theory is the notion of a decision problem.

The ontogenetic development of intestinal complexity appears to represent an important functional innovation driving much of the ecological (trophic) radiation evident within Terapontidae.

The ontogenetic development of intestinal complexity appears to represent an important functional innovation underlying the extensive trophic differentiation seen in Australia's freshwater terapontids, specifically facilitating the pronounced shifts away from carnivorous (including invertebrates and vertebrates) diets evident across the family.