The present invention belongs to the technical field of communications, and specifically relates to an object-oriented 6
G network service
support system. The
system comprises a service object
package (SOP) layer, a functional object protocol (FOP) layer, a resource object modeling (ROM) layer, object
orchestration and scheduling (O-ORCH) and network
virtual entity management (N-VEM). The
support system provided in the present invention provides a foundation for various functions of a flexible network by means of abstracting network components to construct multi-object
collaboration in different forms of different service objects such as network objects, network
package, object inheritance and aggregation, and polymorphism. The
support system in the present invention supports a cross-entity inter-object multi-level object service invocation mode, and instantiates, into inter-object communications, the communication between a UE and a network, the communication between a UE and a UE, and the communication between a
network element and a
network element, both communication parties construct a communication object pair, which is divided into peer-layer communication and non-peer-layer communication on the basis of invocation hierarchy, thereby implementing flexible
resource management, scheduling, and service
collaboration.