In systems based on network MIMO, the interference is one of the major performance limiting factors to form a multi-cell virtual MIMO system.
Even if the dissatisfaction exist, studies on these models could uncover novel valuable information on metabolic systems based on network analysis [ 11, 12].
On the other hand, this combination between high load of information not being optimally exploited by the summary statistics, and statistical tools available requiring heavy underlying hypotheses, suggests the use of another possible family of methods, coming from science of complex systems based on network theory [ 24, 25].
For each Member State it is necessary to establish a search and distributions system based on network services and portals to make access to spatial data easier and to improve compatibility and interoperability, as well as it is necessary to develop agreements on access to and use of spatial data.
This is mainly due to the limited use of agent mobility (employed either through mid-level manager entities or between static mid-level managers and managed devices) and lack of appropriate policies enabling automatic calibration of the management system based on network conditions.
We focus our analysis at the systems level, based on network analyses and flux balance analyses (FBA), and further validating it based on sequence analyses and structural comparisons.
To further assess the potential predictive relevance of our approach, we implemented classification models based on network neighbourhoods retrieved by the STRING system [ 23].
DOI: http://dx.doi.org/10.7554/eLife.01157.018 > In addition to the thalamocortical dysrhythmia model of 6 10 Hz activity, other theoretical models of the expression of these rhythms in the corticothalamic system exist based on network dynamics (e.g., Ching et al., 2011; Drover et al., 2011; Hughes et al., 2004; Robinson et al., 2002).
61, 92 Besides identifying functions of individual nodes, generations of new ontology systems based on networks or pairwise similarities were proposed Figure 6C.
Here we used a system based on networks of cultured cortical neurons, ACh microinjections and a novel closed-loop 'synchrony-clamp' to address these questions.
