Jan 26, 2017 · To quantitatively measure content connectivity, we propose a novel concept of k-node (edge) content connectivity and apply it to optical ...

To quantitatively measure content connectivity, we propose a novel concept of k-node (edge) content connectivity and apply it to optical datacenter networks.

To quantitatively measure content connectivity, we propose a novel concept of k -node (edge) content connectivity and apply it to optical datacenter networks.

Dec 19, 2016 · 1) The concept of k-node (edge) content connectivity is pro- posed and applied into optical datacenter networks. Accordingly, KC-ODN is proposed ...

The concept of k-node (edge) content connectivity is proposed to design disaster-resilient optical datacenter network and provide protection for different kinds ...

The realization of k-node (edge) sensing-connected OSNs can be decomposed into three sub-problems: flexible sensor deployment, maximum number of independent end ...

[1] X. Li et al., "Content placement with maximum number of end-to-content paths in K-node (edge) content connected optical datacenter networks,“ IEEE/OSA ...

Jan 9, 2022 · Content placement with maximum number of end‐to‐content paths in K‐node (edge) content connected optical datacenter networks. IEEE/OSA J Opt ...

designed the k-node (edge) content connected optical datacenter networks against multiple failures, ... Gu, Shared end-to-content backup path protection in k-node ...

Numerical results show a shared protection scheme based on the sharing principle among multiple end-to-content backup paths in optical datacenter networks can