Decentralized Coordination of Converged Tactile Internet and MEC services in H-CRAN Fiber Wireless Networks

In order to meet the requirements of services and applications envisioned for post-5G and 6G networks, research efforts are heading towards the convergence of architectures aiming to support the wide variety of new compute-demanding and latency-sensitive applications in the context of Tactile Internet. In this article, we study the resource allocation and association of users with different delay requirements in a shared-backhaul fiber-wireless (FiWi) enhanced Heterogeneous Cloud Radio Access Network (h-cran) with Multi-access Edge Computing (mec) and offloading. As opposed to traditional resource and association management, we propose a decentralized algorithm based on a full dual decomposition of the optimization problem to operate the network. Results show that this approach outperforms the traditional one in terms of average delay and energy consumption, achieving up to 80% average delay improvement in high-load scenarios.

backhaul awareness; downlink-uplink decoupling; fiber-wireless; heterogeneous cloud radio access network; self-organizing networks

Decentralized Coordination of Converged Tactile Internet and MEC services in H-CRAN Fiber Wireless Networks Articles