Monitoring service control method and device of proximity-based service

A technology of proximity service and monitoring service, applied in the field of communication, can solve the problems such as the inability of the broadcast terminal to monitor the service charging or the waste of resources in the control, charging and visiting PLMN, etc.

Inactive Publication Date: 2017-05-03
ZTE CORP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0034] As can be seen from the above steps, since the corresponding PLMN (PLMN C) of the monitoring terminal (UE M) corresponding to the monitoring terminal (UE M) cannot know the monitoring PLMN (PLMN C) of the monitoring terminal, that is, the broadcast PLMN (PLMN C) of the broadcasting terminal, Therefore, the home proximity service function entity (home PFM) corresponding to the monitoring terminal cannot notify the proximity service function entity (PF C) corresponding to the monitoring PLMN of the monitoring terminal, that is, the proximity service function entity (PF C) corresponding to the visited PLMN of the broadcast terminal ( PF C) conducts billing, which also causes the broadcasting terminal's visiting proximity service functional entity (visiting PFC) to provide broadcasting and monitoring services, but cannot control or charge the monitoring service, which also causes the broadcasting terminal Waste of resources visiting PLMN
[0035] Aiming at the problem in the related art that the visiting PF of the broadcast terminal cannot charge or control the monitoring service, no effective solution has been proposed yet

Method used

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  • Monitoring service control method and device of proximity-based service
  • Monitoring service control method and device of proximity-based service
  • Monitoring service control method and device of proximity-based service

Examples

Experimental program
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example 1

[0107] like Figure 7 As shown, the specific steps of a monitoring service control method for ProSe include:

[0108] Step S701, the broadcasting user terminal (Announcing UE), assuming UE A, first uses the ProSe Discovery UE Identity (PDUID for short) obtained during the authentication process to obtain a restricted ProSe from the ProSe application server (Application Server). Application User Identity (Restricted ProSe Application User Identity, referred to as RPAUID); ProSe AS stores the binding relationship between PDUID and RPAUID;

[0109] Step S702, if UE A is authorized to use the broadcast service in the PLMN where it currently resides (assumed to be PLMN C), UE A establishes a secure connection with its home PF (assumed to be home PF A), and UE A sends a broadcast discovery request message to home PF A , the message carries RAPUID, IMSI, application ID, discovery entry ID (Discovery Entry ID), discovery type, where the discovery type is set to "restricted discovery"...

example 2

[0132] like Figure 8 As shown, the specific steps of a monitoring service control method for ProSe include:

[0133] Step S801, the broadcast user terminal (Announcing UE), assuming UE A, first uses the ProSe Discovery UE Identity (PDUID for short) obtained during the authentication process to obtain the restricted ProSe from the ProSe application server (Application Server). Application User Identity (Restricted ProSe Application User Identity, referred to as RPAUID); ProSe AS stores the binding relationship between PDUID and RPAUID;

[0134] Step S802, if UE A is authorized to use the broadcast service in the PLMN where it currently resides (assumed to be PLMN C), UE A establishes a secure connection with its home PF (assumed to be home PF A), and UE A sends a broadcast discovery request message to home PF A , the message carries RAPUID, IMSI, application ID, discovery entry ID (Discovery Entry ID), discovery type, where the discovery type is set to "restricted discovery";...

example 3

[0158] like Figure 9 As shown, the specific steps of a monitoring service control method for ProSe include:

[0159] Step S901, the broadcasting user terminal (Announcing UE), assuming UE A, first uses the ProSe Discovery UE Identity (PDUID for short) obtained during the authentication process to obtain a restricted ProSe from the ProSe application server (Application Server). Application User Identity (Restricted ProSe Application User Identity, referred to as RPAUID); ProSe AS stores the binding relationship between PDUID and RPAUID;

[0160] Step S902, if UE A is authorized to use the broadcast service in the PLMN where it currently resides (assumed to be PLMN C), UE A establishes a secure connection with its home PF (assumed to be home PF A), and UE A sends a broadcast discovery request message to home PF A , the message carries RAPUID, IMSI, application ID, discovery entry ID (Discovery Entry ID), discovery type, where the discovery type is set to "restricted discovery"...

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Abstract

The invention discloses a monitoring service control method and device of a proximity-based service. The monitoring service control method comprises the steps that home proximity-based service function entity of a monitoring terminal acquires a visited public land mobile network (PLMN) identity of an announcing terminal; and the home proximity-based service function entity of the monitoring terminal sends an adaption report to a visited proximity-based service function entity of the announcing terminal, wherein the adaption report is used for indicating that a monitoring service of the monitoring terminal can be matched with an announcing service of the announcing terminal. The monitoring service control method can realize charging or control of the visited proximity-based service function entity of the announcing terminal for the monitoring service.

Description

technical field [0001] The present invention relates to the technical field of communication, and in particular to a method and device for controlling an interception service of Proximity Service. Background technique [0002] Proximity-based Service (ProSe for short) means that user data can be directly transmitted between terminals without going through a network. Terminals in the adjacent area can use Device to Device (D2D for short) direct communication to bring many benefits to the terminal, such as higher speed, lower delay and lower power consumption, and also greatly improve the operation efficiency. The wireless resource efficiency of the operator, the relay mode of D2D is beneficial to the operator to improve the wireless coverage; for the application, the use of the proximity information in the D2D communication process can develop more attractive new services. A public safety (Public Safety) system can also use the D2D technology to realize communication between...

Claims

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Application Information

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IPC IPC(8): H04W4/24H04W24/10
CPCH04W4/24H04W24/10
Inventor卢飞朱进国
OwnerZTE CORP