Sentence examples for integrating network from inspiring English sources
CPPK predicts new essential proteins based on network topology and CEPPK detects new essential proteins by integrating network topology and gene expressions.
Considering the temporal and spatial correlations of sensor readings in wireless sensor networks (WSNs), this paper develops a clustered spatio-temporal compression scheme by integrating network coding (NC), compressed sensing (CS) and spatio-temporal compression for correlated data.
In doing so the paper introduces the concept of network capabilities for GES, highlighting the centrality that: (i) network resources – accessing and deploying dispersed resources, (ii) network coordination – coordinating and integrating network activities, and (iii) network learning – collective learning and knowledge management, all play in enabling the successful operational management of GES.
The architecture is aimed at reducing the alert overload by correlating results from multiple sensors to generate condensed views, reducing false positives by integrating network and host system information into the evaluation process and correlating events based on logical relations to generate global and synthesized alert report.
For example, enriching security alerts by integrating network intelligence and insights upon human behaviour.
We suggest the predictive power of TTF-based models of adoption can be enhanced by integrating network externalities with the TTF framework, a topic upon which we will expand in the next section as our hypotheses are developed.
The results suggest that it is better to uncover the complexity of diseases by integrating network-centric methodology with the traditional sequence-based methodology.
Yu, J. et al. An integrated network of androgen receptor, polycomb, and TMPRSS2-ERG gene fusions in prostate cancer progression.
As opposed to network compensation, solutions presented in the paper integrate network with the controlled plant.
The server-centric architectures integrate network and compute, which place routing intelligence on servers.
This chapter proposes an architecture that integrates network and Euclidean information, capturing pragmatic constraints.
