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Mobile Networks today comprise of multiple Radio Access Technologies (RATs),e.g., 4G LTE, Wireless Local Area Network (WLAN), and the upcoming 5G-New Radio(5G-NR). The access networks of these RATs are controlled by RAT-specificentities, e.g., the resource management function located inside an individualLTE eNB is used for the eNB control, or access controllers are used forcontrolling WLAN Access Points. Even in the 3GPP's 5G architecture, which has acommon Core supporting multiple RATs, radio access related decisions are takenindependently within individual RATs. Due to the fragmented nature ofcontrol-plane in multi-RAT Radio Access Network (RAN), a unified global view ofnetwork resources is unavailable, hindering optimized allocation of resources.It also brings complexity to the features involving multiple RATs, e.g., dualconnectivity. To address these issues, we introduced an SDN-based Multi-RAT RANarchitecture (SMRAN) in our earlier work [arXiv:1812.11825], where the RANcontrol-plane is segregated from the data-plane. As part of the SMRANarchitecture, we defined a logically centralized multi-RAT RAN Controller andindividual RAT-specific data-plane functions. In the current work, we define aprotocol, called Open5G, to be used for control and management of the SMRANdata-plane. Open5G is based on OpenFlow (OF) and OF-Config, which are commonlyused protocols in the SDN-based wired networks and data centers.

Open5G: A Software-Defined Networking Protocol for 5G Multi-RAT Wireless Networks