Sentence examples for multiple heterogeneous networks from inspiring English sources

are embedded with multinetwork interface and enabled simultaneous access to multiple heterogeneous networks [3, 4].

However, a pressing yet-unsolved challenge is how to combine multiple heterogeneous networks, each having different connectivity patterns, to achieve more accurate inference.

The seamless internetworking among multiple heterogeneous networks is in demand to provide "always-on" connectivity services with QoS provision quality, anywhere, at any time.

Moreover, unlike the network virtualization environment where multiple heterogeneous networks can be shared by different service providers, MGON relies on a flat virtualized network architecture with a traditional ISP business model.

In addition, we also show how combining information from multiple heterogeneous networks in a multilayer configuration can provide new insights into user interactions on online social networks, and can significantly improve link prediction systems with valuable applications to social bootstrapping and friend recommendations.

To further boost the predicting performance, we extend the method in an ensemble manner, called EGM-SMCC, by utilizing multiple heterogeneous networks with various latent linkages constructed to explicitly model the relationships among the nodes for effectively propagate the supervision knowledge from labeled to unlabeled nodes.

Network virtualization is a technology of running multiple heterogeneous network architecture on a shared substrate network.

Network virtualization allows multiple heterogeneous virtual networks (VNs) to share the same physical network in edge-of-things computing [12 16].

A challenging problem in this scheme is virtual network embedding (VNE), which involves efficiently embedding multiple heterogeneous virtual networks into one or more physical networks.

However, the support for the QoS across multiple heterogeneous wireless networks will be required in the future wireless networks.

As an efficient solution to diversify the future Internet for resource sharing in data centers, the network virtualization enables seamless integration of network experiments, services and architectures with different features by allowing multiple heterogeneous virtual networks (VNs) to simultaneously coexist on a shared substrate infrastructure.