… aware joint bandwidth and power allocation with the goal of maximizing TP and EE. Two
algorithms to characterize the Pareto-boundary based on the utility profile and scalarization …

… Jointly, these criteria represent a plausible strategy that aims at maximizing the performance
of network slicing. We remark that the resulting node deployment is static and does not …

… In beyond 5G (B5G) systems, the main goal of network slicing is to assign the … network
slicing technique to find out the resource allocation policy maximizing the long-term throughput …

… algorithm achieves optimal overall throughput utility subject to the various slicing constraints.
• … We now show that the SMS algorithm as defined in (4) maximizes the overall throughput …

… between fairness as well as slice throughput maximization. It allocates resources to … BE
slice users but maximizes the slice throughput by provisioning the remnant resources to the slice …

… In that regard, we formulate the RAN slicing problem as a throughput maximization problem,
… to be efficient in terms of maximizing slices’ throughput and achieving slice isolation. In our …

… , throughput, and so on. Such requirements pose new challenges to architecture design, …
problem as an optimization problem with the objective of maximizing network utility, while …

… In this letter, we consider a general DRL-based resource allocation problem in network
slicing, aiming to maximize the total throughput over the time horizon. It features a mixed action …

… As shown in (RSEP-QP), we aim at maximizing the number of linked RBs of the system …
RBs in a way that reduces interference and maximizes inter-slice isolation. On the other hand, …

… 2) A network slicing problem is formulated to maximize the weighted network throughput of
the … network slicing process for achieving different throughput-fairness tradeoffs in multitenant …