Optimizing 6G Wireless Network Security for Effective Communication

Abstract

Optimizing a function helps solve challenging problems. Any optimization problem that can't be solved quickly utilizing deterministic approaches is hard. Metaheuristic optimization uses metaheuristics to discover optimum solutions. Meta and heuristic mean “higher level” and “solution;” using complicated approaches to address unsolvable problems.6G will replace 5G wireless networks. 6G networks' higher frequencies will boost their capacity and minimize latency. The 6G internet aspires for one-microsecond latency. This is 1,000 times faster at 1 millisecond.6G technology is expected to advance imaging, presence technologies, and location awareness. WSNs integrate hardware and software networks to monitor and record environmental variables and other observable quantities. Wireless sensor networks (WSN) are utilized commercially and domestically for effective communication.

SDN-Based Congestion Control and Bandwidth Allocation Scheme in 5G Networks

“…In future work, we will explore more complex simulation scenarios to analyze our algorithm's performance further while testing it in real-world settings. We also need to explore the efficiency and security issues of the BRF protocol in the 6G scenario [34]. In addition, we will improve our design to achieve better bandwidth allocation strategies in the case of multiple different competing CC algorithms.…”