SDN-based Signal Performance Optimization in Campus Area Network

Numerous ground breaking technical solutions are introduced in the approaching sixth generation communications. Even with fifth generation communications, it is become challenging to employ and optimize the limited radio frequency (RF) spectrum to fulfill the demand for data rates due to the growing user base. As a result, for next generation communication systems it, it become very mandatory to utilized properly this limited RF spectrum to fulfill the data rate demand and meet these challenges. As the only current and proven infrastructure, campus area networks (CANs) have emerged as a potential option for mobile and stationary users. Optical fiber, IEEE standards 802.11 and 802.3ab is used for CAN communications. It is very simple and practical to implementation of signal transmitter for positioning indoor or outdoor environment. In this paper, software-defined networking is used for introduce an approach in CAN to optimize the signal path loss and its receiver signal strength.