Network slicing in 5G networks can be modeled as a Virtual Network Embedding (VNE)
problem, wherein the slice requests must be efficiently mapped on the core network. This …

Virtual network embedding plays a vital role in network virtualization, as it determines the
deployment and connection of virtual networks to the physical network in the 5G and …

Network slicing can provide logically isolated networks on the shared network infrastructure
by invoking multiple technologies and administrative domains to fulfill end-to-end (E2E) …

Virtual network embedding (VNE) is a promising technique enabling 5G networks to satisfy
the given requirements of each service via network virtualization (NV). For better …

Network slicing within 5G networks encounters two significant challenges: catering to a
maximum number of requests while ensuring slice isolation. To address these challenges …

As an efficient technique for resource sharing in data centers, network virtualization enables
resource multiplexing by allowing multiple heterogeneous virtual networks (VNs) to …

In this thesis, we propose an integrated approach for estimating the performance of virtual
network resource allocation and a Genetic Algorithm (GA) based mechanism for online …

Virtual network embedding is a process that allows for the creation of multiple virtual
networks, each specifically designed to meet the unique requirements of various services …

Network virtualization provides a flexible and dynamic way to allocate physical resources to
multiple virtual networks. Deploying virtual network requests onto the substrate network with …

Network slicing is an important network technology that meets different 5G application
scenarios. Aiming at the differentiated needs of business and the problem of providing …