Application distribution execution system based on network slicing, apparatus applied thereto, and method of operating apparatus
Disclosed is technology for a method of allocating different networks to respective services and users by allocating E2E network slices to a core network and a radio network and, more particularly, to technology for a new hybrid application distribution execution environment capable of realizing a virtual network environment (for example, a vDC) but allowing a data service optimized for a communication network used by a terminal to be easily provided (through API exposure).
1. An application distribution execution system based on network slicing, the application distribution execution system comprising:
a core cloud node in a core network end of a core network; and
an edge cloud node device in an edge network end, the edge cloud node device comprising:
a processor, and
a memory storing program instructions that, when executed by the processor, cause the processor to:
generate virtual data centers by slicing the core network,
allocate application services according to applications to the virtual data centers, respectively,
detect an application service according to an application of the edge network end and an application service according to an application of the core network end, when a terminal is connected, and
provide the detected application services to the terminal.
2. An edge cloud device comprising:
a processor, and
a memory storing program instructions that, when executed by the processor, cause the the processor to:
slice a core network, thereby generating virtual data centers;
allocate application services according to applications to the virtual data centers, respectively;
identify whether a terminal is connected to an edge network end;
when the terminal is connected to the edge network, detect an application service according to an application of the edge network end, and an application service according to an application of a core network end of the core network; and
provide the detected application services to the terminal.
3. The edge cloud device of claim 2 , wherein the processor is configured to register an API address of a first application service corresponding to a virtual data center, among the virtual data centers, of the edge network end and an API address of a second application service corresponding to a virtual data center of the core network end.
4. The edge cloud device of claim 3 , wherein the processor is configured to
detect an API address of a first particular application service, which can be provided by the edge network end, from the API address of the first application service and an API address of a second particular application service, which can be provided by the core network end, from the API address of the second service, based on a result of identification of a communication network type of a radio access network used by the terminal, and
provide the detected API addresses to the terminal.
5. The edge cloud device of claim 4 , wherein the communication network type of the radio access network is determined based on a radio type used by the terminal when the terminal accesses the edge network end.
6. A method of operating an edge cloud device, the method comprising:
slicing a core network, thereby generating virtual data centers;
allocating application services according to applications to the virtual data centers, respectively;
identifying whether a terminal is connected to an edge network end;
detecting, when the terminal is connected to the edge network end, an application service according to an application of the edge network end, and an application service according to an application of a core network end of the core network; and
providing the detected application services to the terminal.
7. The method of claim 6 , further comprising registering an API address of a first application service corresponding to a virtual data center, among the virtual data centers, of the edge network end and API addresses of a second application service corresponding to a virtual data center of the core network end.
8. The method of claim 7 , wherein the detecting comprises detecting an API address of a first particular application service, which can be provided by the edge network end, from the API address of the first application service and an API address of a second particular application service, which can be provided by the core network end, from the API address of the second service, based on a result of identification of a communication network type of a radio access network used by the terminal, and the providing comprises providing the detected API addresses to the terminal.
9. The method of claim 8 , wherein the communication network type of the radio access network is based on a radio type used when the terminal accesses the edge network end.