CN108271255A - A kind of method and device of business datum shunting - Google Patents

Abstract

The embodiment of the present invention discloses a method and device for offloading service data. The method includes: acquiring terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and performing service on the preset network The current resource occupancy information of the target network generated by data offloading; according to the terminal information, the service data information and the resource occupancy information, determine whether to use the target network to process the service, and if so, use the target network handle the business. The target network in this method is only used to process specific services in certain areas, for example, local services, and the communication link when processing services is shorter than that of the preset network, so the delay is low and the rate is fast. On the other hand, since the target network is generated by offloading business data from the preset network, the target network is automatically used to process the business without identity verification, and the operation is simple.

Description

Method and device for business data offloading

technical field

The present invention relates to the field of communication technologies, in particular to a method and device for distributing service data.

Background technique

At present, the access methods of internal networks or local area networks in general enterprises, shopping malls, schools or airports are WiFi (wireless network) or wireless DDN (Digital Data Network, digital data network). WiFi must deploy a large number of WiFi APs (wireless network switches) in the intended coverage areas such as buildings and parks of enterprises or shopping malls, and access through manual setting of passwords or intranet authentication. The wireless DDN method requires the user terminal and SIM card (Subscriber Identification Module, customer identification module) to set up an enterprise-specific APN (Access Point Name, access point), and configure a dedicated channel through the operator to access the enterprise internal network.

Among them, WiFi is limited by its own technical standard design, has low transmission power, has no perfect power control and user scheduling mechanism, and does not support continuous mobile switching between multiple WiFis. Therefore, WiFi is mostly used for indoor coverage in a small area, and it cannot meet the needs in scenarios such as a large number of users, a wide coverage area, terminal users need to move, and user speed requirements are high. On the other hand, in terms of security, Wifi has no user SIM card authentication mechanism, and only uses suggested passwords or verification codes for authentication, which has security holes. In addition, the operation experience of searching for SSID (Service Set Identifier, Service Set Identifier) and entering passwords is also poor, and it is impossible for users to be unaware.

The wireless DDN method needs to use dedicated APN, dedicated SIM card and special terminal configuration, which is very inconvenient for users who carry their own mobile terminal equipment, and also makes it impossible for enterprises or manufacturers to serve other ordinary terminal users except special terminals. Moreover, the related service delay and bandwidth rate are limited by the dedicated line bandwidth, and user experience will be greatly restricted.

In the process of realizing the embodiment of the present invention, the inventor found that the existing WiFi or DDN method for processing terminal equipment services has poor security and troublesome operation. Low.

Contents of the invention

The technical problem to be solved by the present invention is how to solve the problem of poor security and cumbersome operation in the existing way of processing terminal equipment services through WiFi or DDN. .

In view of the above technical problems, an embodiment of the present invention provides a method for business data offloading, including:

Acquiring terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and current resource occupancy information of a target network generated by offloading service data to a preset network;

According to the terminal information, the service data information, and the resource occupation information, determine whether to use the target network to process the service, and if so, use the target network to process the service;

Wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a first priority for the target network to allocate resources to the preset terminal. Two priorities; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupation of the target network Rate.

Optionally, the determining whether to use the target network to process the service according to the terminal information, the service data information, and the resource occupation information includes:

According to the identification information stored in the service configuration file identifier, determine whether the preset terminal has the authority to use the target network to process the service, and if so, determine according to the service data information and the resource occupation information Whether to use the target network to process the service.

Optionally, the determining whether to use the target network to process the service according to the service data information and the resource occupation information includes:

Judging whether to use the target network to process the service according to the IP address of the service data, if yes, judging whether the target network supports the service type according to the service type, otherwise, using the preset network to process the service business;

If it is judged that the target network supports the service type, judge whether the target network can be used to process the service according to the QCI index information corresponding to the service, and if so, judge whether to use the target network according to the resource occupation information The network handles the traffic.

Optionally, the judging whether to use the target network to process the service according to the resource occupation information includes:

judging whether the current bandwidth resource occupancy rate of the target network exceeds the preset bandwidth resource occupancy rate, if so, establishing a wireless bearer between the preset terminal and the target network according to the first priority, and according to the The second priority is to allocate resources to the preset terminal, otherwise, use the target network to process the service.

Optionally, the acquiring the terminal information of the preset terminal, the service data information corresponding to the service initiated by the preset terminal, and the current resource occupation information of the target network generated by offloading service data to the preset network include:

judging whether the preset terminal is currently within the coverage of the target network, and if so, acquiring terminal information of the preset terminal, service data information corresponding to a service initiated by the preset terminal, and offloading service data to the preset network The current resource occupancy information of the generated target network.

The present invention provides a method for distributing service data. According to the information of the terminal and the service information to be processed by the terminal, the method judges whether the service of the terminal can be processed by using the target network generated by distributing the service data on the preset network. The traditional preset network usually processes the corresponding business through a long communication link, which is time-consuming and low-speed. The target network generated by offloading business data to the preset network is only used to process specific services in certain areas, such as local services. The communication link when processing services is shorter than that of the preset network, so the delay is low , the rate is fast. On the other hand, since the target network is generated by offloading service data to the preset network, when the preset terminal and the preset terminal meet the preset conditions, the target network is automatically used to process the service, No identity verification is required, and the operation is simple.

In the second aspect, the present invention also provides a device for offloading service data, including:

An acquisition module, configured to acquire terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and current resource occupancy information of a target network generated by offloading service data to a preset network;

A judging module, configured to judge whether to use the target network to process the service according to the terminal information, the service data information, and the resource occupation information, and if so, use the target network to process the service;

Wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a first priority for the target network to allocate resources to the preset terminal. Two priorities; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupation of the target network Rate.

Optionally, when the judging module judges whether to use the target network to process the service according to the terminal information, the service data information and the resource occupation information, according to the identification information, determine whether the preset terminal has the authority to use the target network to process the service, and if so, determine whether to use the target network to process the service according to the service data information and the resource occupation information .

Optionally, when the judging module judges whether to use the target network to process the service according to the service data information and the resource occupation information, it judges whether to use the target network according to the IP address of the service data Processing the service, if yes, judging whether the target network supports the service type according to the service type, otherwise, using the preset network to process the service; if it is judged that the target network supports the service type, according to Process the QCI index information corresponding to the service to determine whether the target network can be used to process the service, and if so, determine whether to use the target network to process the service according to the resource occupation information.

Optionally, when judging whether to use the target network to process the service according to the resource occupation information, the judging module judges whether the current bandwidth resource occupancy rate of the target network exceeds a preset bandwidth resource occupancy rate, and if so, Establish a radio bearer between the preset terminal and the target network according to the first priority, and allocate resources to the preset terminal according to the second priority, otherwise, use the target network to process all said business.

Optionally, the acquiring module is further configured to determine whether the preset terminal is currently within the coverage of the target network, and if so, acquire terminal information of the preset terminal and service data corresponding to services initiated by the preset terminal information, and the current resource occupancy information of the target network generated by offloading service data to the preset network.

The present invention provides a device for offloading service data. The device judges whether a target network generated by offloading service data on a preset network can be used to process terminal services according to terminal information and service information to be processed by the terminal. The traditional preset network usually processes the corresponding business through a long communication link, which is time-consuming and low-speed. The target network generated by offloading business data to the preset network is only used to process specific services in certain areas, such as local services. The communication link when processing services is shorter than that of the preset network, so the delay is low , the rate is fast. On the other hand, since the target network is generated by offloading service data to the preset network, when the preset terminal and the preset terminal meet the preset conditions, the target network is automatically used to process the service, No identity verification is required, and the operation is simple.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description These are some embodiments of the present invention. Those skilled in the art can also obtain other drawings based on these drawings without creative work.

FIG. 1 is a schematic flow diagram of a method for offloading business data provided by an embodiment of the present invention;

FIG. 2 is a schematic diagram of the connection relationship of a service data offloading device for performing service offloading on a core network provided by another embodiment of the present invention;

Fig. 3 is a schematic diagram of a method for offloading service data according to another embodiment of the present invention;

Fig. 4 is a schematic flowchart of a method for offloading business data provided by another embodiment of the present invention;

Fig. 5 is a schematic structural diagram of a device for offloading service data according to another embodiment of the present invention;

Fig. 6 is a schematic diagram of the physical structure of an electronic device provided by another embodiment of the present invention.

Detailed ways

In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments It is a part of embodiments of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

FIG. 1 is a schematic flowchart of a method for offloading service data provided in this embodiment. Referring to Figure 1, the method includes:

101: Obtain terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and current resource occupation information of a target network generated by offloading service data to a preset network;

102: Determine whether to use the target network to process the service according to the terminal information, the service data information, and the resource occupation information, and if so, use the target network to process the service;

Wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a first priority for the target network to allocate resources to the preset terminal. Two priorities; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupation of the target network Rate.

The business data offloading method provided by the present invention is used to offload service data on the preset network that has a long existing communication link and is used to process all services, and generates a service data that is only used to process a certain type of business within a certain range Then, when it is judged that the service processed by the preset terminal satisfies the preset condition, the target network can be used to process the service of the preset terminal. For example, a service data distribution device is installed between the wireless base station and the core network (preset network), and a local service platform (target network) for processing specific services within a certain range is distributed from the network formed by the wireless base station. Since the target network has a shorter communication link for processing services than the preset network, the time delay and speed of processing services using the target network are low. On the other hand, when the preset terminal and the business handled by the preset terminal meet the conditions, the target network can be used to process the business, and the target network and the preset network are automatically switched without identity verification, which is easy to operate .

It should be noted that the default terminal refers to terminal devices such as mobile phones and computers. The service initiated by the preset terminal may be a voice service, a video service, a data content access service, etc. initiated by the preset terminal. Service data information is information related to the data of the service, for example, voice service data information, including the source IP (interconnection protocol between networks) address and destination IP address of the voice data, the service type being voice service, and processing the voice service. Business needs to guarantee QCI indicators, such as minimum rate and delay. Resource occupancy information, for example, may be the occupancy rate of bandwidth for data transmission on the target network. The radio bearer refers to a wireless communication channel, and allocating resources to preset terminals refers to allocating bandwidth to preset terminals. For example, the first priority for establishing a radio bearer is defined by ARP (Address Resolution Protocol), and the second priority for allocating resources to preset terminals is defined by QCI.

In a specific embodiment, how to determine through the above parameters that the service needs to be processed through the target network may be set according to actual needs, which is not specifically limited in this embodiment.

This embodiment provides a method for offloading service data. The method judges whether a target network generated by offloading service data on a preset network can be used to process services of the terminal according to terminal information and service information to be processed by the terminal. The traditional preset network usually processes the corresponding business through a long communication link, which is time-consuming and low-speed. The target network generated by offloading business data to the preset network is only used to process specific services in certain areas, such as local services. The communication link when processing services is shorter than that of the preset network, so the delay is low , the rate is fast. On the other hand, since the target network is generated by offloading service data to the preset network, when the preset terminal and the preset terminal meet the preset conditions, the target network is automatically used to process the service, No identity verification is required, and the operation is simple.

Furthermore, on the basis of the foregoing embodiments, the determining whether to use the target network to process the service according to the terminal information, the service data information, and the resource occupation information includes:

According to the identification information stored in the service configuration file identifier, determine whether the preset terminal has the authority to use the target network to process the service, and if so, determine according to the service data information and the resource occupation information Whether to use the target network to process the service.

It should be noted that the service profile identifier, SPID, is the number used by the service provider to define the service ordered by the ISDN (Circuit Switched Network System) equipment user. After obtaining the preset terminal SPID, according to the pre-stored terminal and Correspondence between services, judging whether the preset terminal has the authority to use the target network to process the service, for example, judging according to the SPID of the terminal whether the terminal has opened the authority to use the target network to process the service.

The method provided in this embodiment first screens out terminals that have the authority to use the target network to process services according to the SPID of the preset terminal. For the services initiated by these terminals, according to the service data information and the resource occupancy information of the target network, check whether the service can be used. The target network processes the service for further judgment. Terminals that do not have the authority to use the target network to process services are eliminated through the SPID, which improves the speed of the subsequent judgment process.

Furthermore, on the basis of each of the foregoing embodiments, the judging whether to use the target network to process the service according to the service data information and the resource occupation information includes:

Judging whether to use the target network to process the service according to the IP address of the service data, if yes, judging whether the target network supports the service type according to the service type, otherwise, using the preset network to process the service business;

If it is judged that the target network supports the service type, judge whether the target network can be used to process the service according to the QCI index information corresponding to the service, and if so, judge whether to use the target network according to the resource occupation information The network handles the traffic.

For example, if the destination IP address of the service data is the preset network (core network), then the service data will be directly routed to the core network; if the destination IP address of the service data is the target network (local service platform), then continue to other information, as well as the resource occupancy of the current target network, to determine whether to use the target network to process the service.

For example, after judging that the destination IP address of the service data is the target network, it is judged according to the service type of the service whether the target network can handle this type of service. For example, if the service type of the service is a voice service, if it is judged that the target network cannot handle the voice service, then directly route the service data to the preset network; if it is judged that the target network can handle the voice service, then obtain information about processing the The QCI index information of the service judges whether the target network is used to process the service to meet the corresponding QCI index requirements. Among them, the QCI index includes requirements such as packet loss rate, minimum guaranteed rate, and delay for data processing. If it is judged that the target network processing cannot meet the corresponding QCI index requirements, the service data will be directly routed to the preset network. Otherwise, continue to judge whether to use the target network to process the service according to the resource occupation information of the current target network.

In the method provided in this embodiment, further screening is carried out according to the service data information for the services initiated by the terminal with the authority to use the target network to process the service of the preset terminal, and the services that cannot be processed by the target network or the target network The business that fails to meet the requirements of the corresponding QCI index is directly routed to the preset network for processing, and the speed of the selected business processed by the target network is guaranteed in terms of business type and QCI index.

Furthermore, on the basis of each of the foregoing embodiments, the judging whether to use the target network to process the service according to the resource occupation information includes:

judging whether the current bandwidth resource occupancy rate of the target network exceeds the preset bandwidth resource occupancy rate, if so, establishing a wireless bearer between the preset terminal and the target network according to the first priority, and according to the The second priority is to allocate resources to the preset terminal, otherwise, use the target network to process the service.

It can be understood that a higher bandwidth resource occupancy rate indicates that the target network is currently processing a large amount of traffic and less traffic can be processed again. The preset bandwidth resource occupancy rate is a preset value. When the current bandwidth resource occupancy rate of the target network exceeds the preset bandwidth resource occupancy rate, the services that the target network can handle are limited. radio bearer, and allocate resources for corresponding services according to the second priority of resource allocation for preset terminals.

For example, the radio bearer is established according to the first priority of establishing the radio bearer between the target network and the target network defined in ARP. The higher the priority, the earlier the radio bearer is established, and the lower the priority, the later the radio bearer is established. Then, according to the second priority of resource allocation in QCI, resources are allocated to terminals with higher second priority in QCI that allocate resources for preset terminals. It can be understood that resource allocation with lower second priority If resources are not available, the preset network may be used to process services of these terminals with a second lower priority.

Of course, if the current bandwidth resource occupancy rate of the target network does not exceed the preset bandwidth resource occupancy rate, the target network can be directly used to process the preset terminal services.

This embodiment provides the screening of preset terminal services processed by the target network according to the bandwidth resource occupancy rate, and according to the preset judging method related to the bandwidth resource occupancy rate of the target network, to establish a service for processing preset terminal services. wireless bearer. According to the service of the preset terminal, the method establishes a corresponding wireless bearer according to the service bearing capacity of the target network, allocates resources, and ensures the quality of the service processed by the target network.

Furthermore, on the basis of each of the above embodiments, the acquisition of terminal information of the preset terminal, service data information corresponding to the service initiated by the preset terminal, and the target network generated by offloading service data to the preset network Current resource usage information, including:

judging whether the preset terminal is currently within the coverage of the target network, and if so, acquiring terminal information of the preset terminal, service data information corresponding to a service initiated by the preset terminal, and offloading service data to the preset network The current resource occupancy information of the generated target network.

Before deciding whether to use the target network to process the service of the preset terminal, the network coverage of the preset terminal may be determined first, for example, the current network coverage of the terminal is determined according to the location information reported by the terminal. When it is judged that the terminal is within the coverage of the target network, it is judged whether to use the target network to process the service.

As a specific embodiment, as shown in FIG. 2, the traditional core network for communication (the core network and external device 202 in FIG. 2 is a traditional network for communication, also That is, the preset network in the above embodiment) performs service data distribution to obtain a local service platform 201 (target network) for processing certain services in a certain region. It can be seen from Figure 2 that on the link between the base station and the S1 interface of the core network (the S1 interface is the communication interface between the base station and the core network), a set of service data distribution equipment is added, and the uplink and downlink S1 control plane and the user All information routes on the plane pass through this device. One end of the service data offloading device is connected to the base station, the other end is connected to the core network through the access device, and another interface is connected to the local service platform (for example, the local service platform can be used as an enterprise intranet, private cloud or local Business service platform, firewall and other equipment), as an information transmission path for local business distribution to the local intranet or business service platform. It is understandable that the local service data offloading device 203 can be set on the base station side, can be set up separately, or can be set up on the access device side, as long as the service data offloading can be performed on the preset network, this embodiment does not make specific limit.

In the process of performing service distribution through the local service data distribution device pair, as shown in Figure 3, first, the service data of the terminal arrives at the service data distribution device through the wireless base station and its own eRAB (evolved radio bearer), and then obtains User's eRAB information (for example, QCI, ARP, SPID, etc.) and IP address (for example, including source address, destination address, address version type, etc.);

Then, judge the transmission of service data according to the pre-set decision rules, for example, judge whether the terminal or the service has the right to access the local service platform through the SPID and IP address (that is, the IP access in Figure 3 If there is, then further judge how to process the business data. If it is judged through the SPID and IP address that the terminal or the business does not have the right to access the local business platform, the business related to the terminal will be directly The data or the service data is sent to a preset network (for example, a communication link composed of the core network and the Internet in FIG. 3 ). As shown in Fig. 3, it is judged by SPID and IP address that the terminal or the service has the right to access the local service platform, and then it is further judged whether to use the local service platform to process the service according to the QCI and ARP related to the service.

It can be understood that, according to different service needs, specific determination rules for determination based on parameters such as SPID, IP, QCI, and ARP can be set, and this embodiment does not limit the specific determination rules. For example, if the service demand side puts forward new service requirements, the operator can design and adjust the distribution rules through the distribution rule control module to meet the new service plan.

As shown in Figure 4, in a specific implementation, after detecting that the terminal is within the coverage of the enterprise intranet, it is judged according to the SPID of the terminal whether the user has the authority to access the enterprise intranet (for example, different terminal Divide into levels, divided into ordinary users who cannot access the enterprise intranet, and member users who can access the enterprise intranet. The network handles services with high QCI requirements, etc.). In this step, it is only necessary to identify terminals that can use the enterprise intranet to process business.

Then after the terminal initiates the voice service, it is judged whether the destination address of the voice service is the enterprise intranet or the core network. If it is the core network, the service is directly processed through the core network. Voice service) and QCI indicators to judge whether the enterprise intranet supports the service, if not, then directly use the core network to process the service, if supported, then according to whether the bandwidth resource utilization rate of the business processed by the enterprise intranet exceeds The preset bandwidth resource utilization rate makes a corresponding judgment on the service.

When the bandwidth resource utilization rate of the current business processed by the enterprise intranet exceeds the preset bandwidth resource utilization rate, the enterprise intranet is used to process the voice service. When the bandwidth resource utilization rate of the business processed by the enterprise intranet does not exceed the preset bandwidth resource utilization rate, the priority of establishing a wireless bearer in the ARP corresponding to the terminal and the allocation of resources for the voice service specified in the QCI Priority, use the enterprise intranet to process the business with high priority, and provide corresponding QOS (quality of service) guarantee.

Generally speaking, the screening rules provided by this embodiment include the following two parts: first, rule screening based on IP and access rights, using parameters such as SPID and IP as screening rules for user service data offloading. SPID defines the ID information of each UE (user). The network can distinguish UE identities through SPID, and define different operation strategies for each UE. In the solution, different users are distinguished by pre-stored SPID in the device for local service data distribution. Different levels of users correspond to different business types and access rights to the local business platform. The IP address defines the source address and destination address of the data packet, based on the source network or host address, destination network or host address, and IP protocol version to do the screening rules for shunting. If the IP destination address of the user data packet is the address of the local service server, the data packet is routed to the local server, otherwise it is connected to the core network.

Second, rule screening based on local business type and resource occupation control. Use parameters such as ARP and QCI as the screening rules for the wireless network resource occupancy of the local offload service; ARP defines the priority of UE wireless bearer establishment, and bearers with high priority can obtain resources first when accessing the network to establish wireless bearers ;QCI defines the priority of UE radio bearers, that is, defines the QoS requirements of established radio bearers, including priority level, minimum/minimum guaranteed rate, delay guarantee, etc.; determines the service type and QoS requirements of the terminal through QCI, If the service type initiated by the terminal and the QoS local network do not support it, the establishment of the service connection will be interrupted directly; at the same time, when the traffic volume of the base station is large and the wireless resource load is too high, the local offload function will be limited, and each type of The service or the maximum bandwidth occupied by the local service signed by each service demander in advance is used to limit the service. Services with low ARP and QCI priorities will be restricted from accessing the local distribution network, or even denied access.

The above judgment method can cover factors such as user ID, bearer priority, QoS requirement, service type, source and destination of IP data packets, etc., and meets various application scenarios.

On the other hand, the present invention also provides a business data offloading device 500, including an acquisition module 501 and a judgment module 502, wherein,

An acquisition module 501, configured to acquire terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and current resource occupation information of a target network generated by offloading service data to a preset network;

A judging module 502, configured to judge whether to use the target network to process the service according to the terminal information, the service data information and the resource occupation information, and if so, use the target network to process the service;

Wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a first priority for the target network to allocate resources to the preset terminal. Two priorities; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupation of the target network Rate.

The device 500 for offloading service data provided in this embodiment is applicable to the method for offloading service data described in the above-mentioned embodiments, and details are not repeated here.

The present invention provides a device for offloading service data. The device judges whether a target network generated by offloading service data on a preset network can be used to process terminal services according to terminal information and service information to be processed by the terminal. The traditional preset network usually processes the corresponding business through a long communication link, which is time-consuming and low-speed. The target network generated by offloading business data to the preset network is only used to process specific services in certain areas, such as local services. The communication link when processing services is shorter than that of the preset network, so the delay is low , the rate is fast. On the other hand, since the target network is generated by offloading service data to the preset network, when the preset terminal and the preset terminal meet the preset conditions, the target network is automatically used to process the service, No identity verification is required, and the operation is simple.

Furthermore, on the basis of the above embodiments, when the judging module judges whether to use the target network to process the service according to the terminal information, the service data information and the resource occupation information, according to the According to the identification information stored in the service configuration file identifier, it is judged whether the preset terminal has the right to use the target network to process the service, and if so, according to the service data information and the resource occupation information, it is judged whether to use The target network handles the traffic.

Furthermore, on the basis of the above-mentioned embodiments, when the judging module judges whether to use the target network to process the service according to the service data information and the resource occupation information, according to the IP address to determine whether to use the target network to process the service, if yes, determine whether the target network supports the service type according to the service type, otherwise, use the preset network to process the service; if it is determined that the The target network supports the service type, and judges whether the target network can be used to process the service according to the QCI index information corresponding to the service, and if so, judges whether to use the target network to process the service according to the resource occupation information. business.

Furthermore, on the basis of each of the above embodiments, when the judgment module judges whether to use the target network to process the service according to the resource occupation information, it judges whether the current bandwidth resource occupancy of the target network exceeds Preset the bandwidth resource occupancy rate, if so, establish a radio bearer between the preset terminal and the target network according to the first priority, and allocate resources to the preset terminal according to the second priority, Otherwise, use the target network to process the service.

Furthermore, on the basis of the foregoing embodiments, the acquisition module is further configured to determine whether the preset terminal is currently within the coverage of the target network, and if so, acquire terminal information of the preset terminal, the preset Set the service data information corresponding to the service initiated by the terminal, and the current resource occupation information of the target network generated by offloading the service data to the preset network.

FIG. 6 is a schematic diagram of a physical structure of an electronic device provided by an embodiment of the present invention. Referring to FIG. 6 , it includes: at least one processor (processor) 601;

And at least one memory (memory) 602 and bus 603 connected to the processor 601; wherein,

The processor 601 and the memory 602 complete mutual communication through the bus 603;

The processor 601 is configured to call the program instructions in the memory 602 to execute the methods provided in the above method embodiments, for example, including: acquiring terminal information of a preset terminal, and the corresponding information of a service initiated by the preset terminal Service data information, and the current resource occupation information of the target network generated by offloading service data to the preset network; according to the terminal information, the service data information, and the resource occupation information, determine whether to use the target network to process all If so, use the target network to process the service; wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network Level, the second priority of resource allocation by the target network for the preset terminal; the service data information at least includes the IP address of the service data, the service type of the service, and the QCI index for processing the service; The resource occupation information includes at least the current bandwidth resource occupancy rate of the target network.

This embodiment discloses a computer program product, the computer program product includes a computer program stored on a non-transitory computer-readable storage medium, the computer program includes program instructions, and when the program instructions are executed by the computer, the computer The methods provided by the foregoing method embodiments can be executed, for example, including: acquiring terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and a target network generated by offloading service data to a preset network Current resource occupancy information; according to the terminal information, the service data information, and the resource occupancy information, determine whether to use the target network to process the service, and if so, use the target network to process the service; wherein , the terminal information at least includes a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a second priority for the target network to allocate resources to the preset terminal. Priority; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupancy rate of the target network .

This embodiment provides a non-transitory computer-readable storage medium, the non-transitory computer-readable storage medium stores computer instructions, and the computer instructions cause the computer to execute the methods provided in the above method embodiments, for example, including : Acquiring the terminal information of the preset terminal, the service data information corresponding to the service initiated by the preset terminal, and the current resource occupancy information of the target network generated by offloading service data to the preset network; according to the terminal information, the Service data information and the resource occupancy information to determine whether to use the target network to process the service, and if so, use the target network to process the service; wherein the terminal information includes at least a service configuration file identifier, an established The first priority of the wireless bearer between the preset terminal and the target network, the second priority of the target network to allocate resources for the preset terminal; the service data information includes at least the service data The IP address of the service, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupancy rate of the target network.

Those of ordinary skill in the art can understand that all or part of the steps for realizing the above-mentioned method embodiments can be completed by hardware related to program instructions, and the aforementioned program can be stored in a computer-readable storage medium. When the program is executed, the It includes the steps of the above method embodiments; and the aforementioned storage medium includes: ROM, RAM, magnetic disk or optical disk and other various media that can store program codes.

The above-described embodiments such as electronic equipment are only illustrative, and the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, It can be located in one place, or it can be distributed to multiple network elements. Part or all of the modules can be selected according to actual needs to achieve the purpose of the solution of this embodiment. It can be understood and implemented by those skilled in the art without any creative efforts.

Through the above description of the implementations, those skilled in the art can clearly understand that each implementation can be implemented by means of software plus a necessary general hardware platform, and of course also by hardware. Based on this understanding, the essence of the above technical solution or the part that contributes to the prior art can be embodied in the form of software products, and the computer software products can be stored in computer-readable storage media, such as ROM/RAM, magnetic discs, optical discs, etc., including several instructions to make a computer device (which may be a personal computer, server, or network device, etc.) execute the methods described in various embodiments or some parts of the embodiments.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the embodiments of the present invention, not to limit them; although the embodiments of the present invention have been described in detail with reference to the foregoing embodiments, those skilled in the art The skilled person should understand that: it is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some or all of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the present invention The scope of the technical solution of each embodiment of the embodiment.

Claims (10)

1. A method for business data distribution, comprising: Acquiring terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and current resource occupancy information of a target network generated by offloading service data to a preset network; According to the terminal information, the service data information, and the resource occupation information, determine whether to use the target network to process the service, and if so, use the target network to process the service; Wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a first priority for the target network to allocate resources to the preset terminal. Two priorities; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupation of the target network Rate. 2. The method according to claim 1, wherein the judging whether to use the target network to process the service according to the terminal information, the service data information and the resource occupation information comprises: According to the identification information stored in the service configuration file identifier, determine whether the preset terminal has the authority to use the target network to process the service, and if so, determine according to the service data information and the resource occupation information Whether to use the target network to process the service. 3. The method according to claim 2, wherein the judging whether to use the target network to process the service according to the service data information and the resource occupation information comprises: Judging whether to use the target network to process the service according to the IP address of the service data, if yes, judging whether the target network supports the service type according to the service type, otherwise, using the preset network to process the service business; If it is judged that the target network supports the service type, judge whether the target network can be used to process the service according to the QCI index information corresponding to the service, and if so, judge whether to use the target network according to the resource occupation information The network handles the traffic. 4. The method according to claim 3, wherein the judging whether to use the target network to process the service according to the resource occupation information comprises: judging whether the current bandwidth resource occupancy rate of the target network exceeds the preset bandwidth resource occupancy rate, if so, establishing a wireless bearer between the preset terminal and the target network according to the first priority, and according to the The second priority is to allocate resources to the preset terminal, otherwise, use the target network to process the service. 5. The method according to claim 1, characterized in that, the acquisition of terminal information of the preset terminal, the service data information corresponding to the service initiated by the preset terminal, and the offloading and generation of service data for the preset network The current resource occupancy information of the target network, including: judging whether the preset terminal is currently within the coverage of the target network, and if so, acquiring terminal information of the preset terminal, service data information corresponding to a service initiated by the preset terminal, and offloading service data to the preset network The current resource occupancy information of the generated target network. 6. A device for business data offloading, comprising: An acquisition module, configured to acquire terminal information of a preset terminal, service data information corresponding to a service initiated by the preset terminal, and current resource occupancy information of a target network generated by offloading service data to a preset network; A judging module, configured to judge whether to use the target network to process the service according to the terminal information, the service data information, and the resource occupation information, and if so, use the target network to process the service; Wherein, the terminal information includes at least a service profile identifier, a first priority for establishing a radio bearer between the preset terminal and the target network, and a first priority for the target network to allocate resources to the preset terminal. Two priorities; the service data information includes at least the IP address of the service data, the service type of the service, and the QCI index for processing the service; the resource occupation information includes at least the current bandwidth resource occupation of the target network Rate. 7. The device according to claim 6, wherein the judging module judges whether to use the target network to process the business according to the terminal information, the business data information and the resource occupation information , according to the identification information stored in the service configuration file identifier, determine whether the preset terminal has the right to use the target network to process the service, and if so, according to the service data information and the resource occupation information , judging whether to use the target network to process the service. 8. The device according to claim 7, wherein when the judging module judges whether to use the target network to process the business according to the service data information and the resource occupation information, according to the Determine whether to use the target network to process the service based on the IP address of the service data, if so, judge whether the target network supports the service type according to the service type, otherwise, use the preset network to process the service; if Judging that the target network supports the service type, judging whether the target network can be used to process the service according to the QCI index information corresponding to processing the service, and if so, judging whether to use the target network according to the resource occupation information handle the business. 9. The device according to claim 8, wherein the judging module judges the current bandwidth resource occupancy of the target network when judging whether to use the target network to process the service according to the resource occupancy information rate exceeds the preset bandwidth resource occupancy rate, if so, establish a wireless bearer between the preset terminal and the target network according to the first priority, and set up a wireless bearer for the preset terminal according to the second priority Allocate resources; otherwise, use the target network to process the service. 10. The device according to claim 6, wherein the acquiring module is further configured to determine whether the preset terminal is currently within the coverage of the target network, and if so, acquire terminal information, The service data information corresponding to the service initiated by the preset terminal, and the current resource occupation information of the target network generated by offloading the service data to the preset network.