WO2015106459A1 - Procédé de transmission de données transférées de façon transparente, et entité de service commune - Google Patents

Procédé de transmission de données transférées de façon transparente, et entité de service commune Download PDF

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Publication number
WO2015106459A1
WO2015106459A1 PCT/CN2014/070927 CN2014070927W WO2015106459A1 WO 2015106459 A1 WO2015106459 A1 WO 2015106459A1 CN 2014070927 W CN2014070927 W CN 2014070927W WO 2015106459 A1 WO2015106459 A1 WO 2015106459A1
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Prior art keywords
data
transparent
message
transmission
container resource
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PCT/CN2014/070927
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English (en)
Chinese (zh)
Inventor
于琦
Original Assignee
华为技术有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to CN201480047759.3A priority Critical patent/CN105493471B/zh
Priority to PCT/CN2014/070927 priority patent/WO2015106459A1/fr
Publication of WO2015106459A1 publication Critical patent/WO2015106459A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/30—Definitions, standards or architectural aspects of layered protocol stacks
    • H04L69/32—Architecture of open systems interconnection [OSI] 7-layer type protocol stacks, e.g. the interfaces between the data link level and the physical level
    • H04L69/321—Interlayer communication protocols or service data unit [SDU] definitions; Interfaces between layers

Definitions

  • the present invention relates to the field of network technologies, and in particular, to a transparent transmission data transmission method and a public service entity.
  • Machine communication (Machine-to-Machine Communications, M2M) is a networked application and service centered on machine intelligence interaction. It embeds wireless or wired communication modules and application processing logic inside the machine to realize data communication without manual intervention to meet user requirements. Information needs for monitoring, command and dispatch, data acquisition and measurement.
  • OneM2M for machine communication The overall goal of the standards organization is to create open standards for the business layer of M2M communication to facilitate the establishment of a future network that integrates various devices and services, making M2M services interoperable, and enabling M2M applications to share basic services and implement them independently of the network. .
  • CSF Common Service Function
  • NSF Network Function
  • Scenario 1 Application Node (AF Node) 101' through X reference point and base node (infrastructure) Node) 106' is connected.
  • Scenario 2 The application node 102' is connected to the base node 106' via the intermediate node 105'.
  • Scenario 3 Device node 103' is connected to base node 106' by intermediate node 105'.
  • Scenario 4 The device node 104' is connected to the base node 106' via a Y reference point.
  • M2M communication can be based on wired mode, and wireless mode includes cellular network and short range, among which 3GPP (3rd Generation) The Partnership Project, the third generation partnership program, is a widely used method of cellular networks.
  • 3GPP 3rd Generation
  • the Partnership Project the third generation partnership program, is a widely used method of cellular networks.
  • transparent data transmission means that it should be able to transmit on the link regardless of the bit combination of the transmitted data.
  • the combination of bits in the transmitted data happens to be exactly the same as a certain control information, appropriate measures must be taken so that the receiver does not mistake such data for some kind of control information. This ensures that the data link layer transmission is transparent.
  • transparent data transmission the length and content of the sender and receiver data are exactly the same, which is equivalent to an invisible transmission line.
  • FIG. 3 is a oneM2M of the prior art.
  • FIG. 4 is a oneM2M of the prior art Schematic diagram of the directory structure of the container resource under the application resource tree of the public service entity defined by the standard organization.
  • the directory of the application resource tree 90 of the public service entity (equivalent to the entity device corresponding to the public service function) includes an "attribute" resource 901, a container resource 902, and a group.
  • Resource 903 access rights (access Resources 904, subscriptions resources 905, and notification channels resources 906.
  • the directory of the container resource 902 under the application resource tree of the public service entity includes an "attribute" resource 9021 and a content instance (content). Instance) resource 9023 and subscriptions resource 9024.
  • transparent transmission data Since the resources of the public service entity are not provided with resources for storing data that needs to be transparently transmitted (hereinafter referred to as transparent transmission data), in the prior art, the corresponding resources are not provided on the public service entity to implement the application. Transparent data transfer between the entity and the underlying network entity.
  • an embodiment of the present invention provides a transparent transmission data transmission method and a public service entity to provide a transparent transmission mechanism for supporting transparent data between an application entity and an underlying network entity.
  • the first aspect provides a transparent transmission data transmission method, including: a public service entity receives a registration message sent by an application entity; a public service entity registers an application entity according to a registration message; and the public service entity receives an update message sent by the application entity, and updates the message. Including transparent data; the public service entity updates the container resource under the application resource tree according to the update message, so that the container resource stores the transparent data; the public service entity sends the transmission message carrying the transparent data in the container resource to the underlying network. Entity, such that the underlying network entity parses the transparent data from the transmitted message.
  • the public service entity updates the container resource under the application resource tree according to the update message, so that the transparent data is stored under the container resource, including: the public service entity is after the registration is successful.
  • a new container resource for storing transparent data is created under the container resource under the application resource tree, and the public service entity updates the new container resource according to the update message, so that the new container resource stores the transparent data.
  • the transparent transmission data includes the transparent transmission control data
  • the public service entity sends the transmission message carrying the transparent transmission data in the container resource to the underlying network.
  • the entity includes: the public service entity sends a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity parses the transparent transmission control data from the transmission message, and according to the transparent transmission control data to the underlying network Parameters are set.
  • the parameters include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the public service entity updates the new container resource according to the update message, so that the new container resource
  • the transparent transmission control data and the transmission path selection parameter are stored therein, and the public service entity sends a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity further parses the transmission path selection parameter from the transmission message. And select the transmission method in the underlying network according to the transmission path selection parameter.
  • the transparent transmission data includes transparent transmission service data
  • the update message further includes a destination address
  • the public service entity creates a new container resource for storing the transparent data under the container resource under the application resource tree, and the public service entity updates the new container resource according to the update message, so that the new container resource is stored therein.
  • the transparent transmission data includes: after the registration is successful, the public service entity creates a new container resource for storing the transparent transmission service data under the container resource under the application resource tree, and the public service entity updates the new container resource according to the update message to make the new
  • the container resource stores the transparent transmission service data and the destination address; the public service entity sends the transmission message carrying the transparent transmission data in the container resource to the underlying network entity, including: the public service entity sends the transmission carrying all the data in the new container resource.
  • the message is sent to the underlying network entity, so that the underlying network entity parses the transport message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the transparent transmission data includes transparent transmission service data
  • the public service entity creates the container resource under the application resource tree after the registration is successful.
  • the public service entity updates the new container resource according to the update message, so that the transparent data stored in the new container resource includes: the public service entity is under the application resource tree after the registration is successful.
  • a new container resource for storing transparent business data is created under the container resource, and the public service entity updates the new container resource according to the update message, so that the new container resource stores the transparent business data, wherein the new container is created.
  • the destination address is also pre-set in the resource; the public service entity sends the transport message carrying the transparent data in the container resource to the underlying network entity, including: the public service entity sends the transport message carrying all the data in the new container resource to the underlying network entity. So that the underlying network entity resolves the transmitted message to obtain the destination address. Transparent transmission of business data, and transparent transmission service forwards the data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the public service entity updates the new container resource according to the update message, so that the new The container resource stores the transparent transmission service data and the transmission path selection parameter, and the public service entity sends the transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity further parses the transmission from the transmission message.
  • the path selects the parameters and selects the transmission mode in the underlying network according to the transmission path selection parameters.
  • the update message further includes a message type
  • the public service entity updates the container resource under the application resource tree according to the update message, so that the transparent data stored in the container resource includes: public
  • the service entity updates the container resource under the application resource tree according to the update message, so that the container resource stores the transparent data, and causes the attribute resource under the container resource to store the message type; the public service entity sends the container resource.
  • Transmitting the data transmission message to the underlying network entity includes: the public service entity determining whether the attribute resource under the container resource stores the message type, and if so, transmitting the transmission message carrying all the data in the container resource to the underlying network entity, so that The underlying network entity parses out the transparent data from the transport message, and if not, performs local processing on the transparent data in the container resource.
  • the transparent transmission data includes the transparent transmission control data
  • the public service entity sends the transmission message carrying the transparent transmission data in the container resource to the underlying network.
  • the entity includes: the public service entity sends a transmission message carrying all the data in the container resource to the underlying network entity, so that the underlying network entity parses the transparent transmission control data from the transmission message, and performs parameters on the underlying network according to the transparent transmission control data. Settings.
  • the parameters include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the public service entity updates the container resource according to the update message, so that the container resource is stored
  • the public service entity sends a transmission message carrying all the data in the container resource to the underlying network entity, so that the underlying network entity further parses the transmission path selection parameter from the transmission message, and selects according to the transmission path. Parameters to select the mode of transmission in the underlying network.
  • the update message further includes a destination address
  • the transparent transmission data includes transparent transmission service data
  • the public service entity is updated according to the update message after the registration is successful.
  • Updating the container resource under the application resource tree, so that the container resource stores the transparent data, and causing the attribute resource under the container resource to store the message type includes: the public service entity is updated according to the update message in the application resource tree after the registration is successful.
  • the container resource is such that the container resource stores the transparent transmission service data and the destination address, and the attribute resource under the container resource stores the message type; the public service entity sends the transmission message carrying the transparent transmission data in the container resource to the underlying network entity.
  • the method further includes: the public service entity sends a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity parses the transmission message to obtain the destination address and the transparent transmission service data, and transparently transmits the service data. Forward to the destination address.
  • the transparent transmission data includes transparent transmission service data
  • the destination address is preset in the container resource
  • the public service entity is successfully registered.
  • Updating the container resource under the application resource tree according to the update message, so that the container resource stores the transparent data, and causing the attribute resource under the container resource to store the message type includes: the public service entity updates the application according to the update message after the registration is successful.
  • the public service entity sends the transmission message carrying the transparent transmission data in the container resource to
  • the underlying network entity further includes: the public service entity sends a transport message carrying all the data in the container resource to the underlying network entity, so that the underlying network entity parses the transport message to obtain the destination address and transparently transmit the service data, and the transparent transmission service The data is forwarded to the destination address.
  • the update message further includes a transmission path selection parameter
  • the public service entity updates the container resource according to the update message, so that The container resource stores the transparent transmission service data and the transmission path selection parameter, and causes the attribute resource under the container resource to store the message type, and the public service entity sends the transmission message carrying all the data in the container resource to the underlying network entity, so that the bottom layer
  • the network entity further parses out the transmission path selection parameter from the transmission message, and selects the transmission mode in the underlying network according to the transmission path selection parameter.
  • the second aspect provides a transparent transmission data transmission method, including: receiving, by a public service entity, a transmission message sent by an underlying network entity, where the transmission message includes a transparent transmission data and a message type corresponding to the transparent transmission data; and the public service entity determines the transmission message. Whether there is a message type, if yes, storing the transparent data in a container resource under the application resource tree, and sending a notification message carrying the transparent data to the application entity, so that the application entity obtains the transparent data, and if not, the transparent Pass data for local processing.
  • the container resource that the public service entity stores the transparent transmission data in the application resource tree includes: the public service entity stores the transparent transmission data in the container resource under the application resource tree.
  • sending the notification message carrying the transparent data to the application entity includes: sending a notification message carrying all the data in the new container resource to the application entity, so that the application entity is notified to the message Analyze to get transparent data.
  • the container resource that the public service entity stores the transparent data in the application resource tree includes: the public service entity stores the transparent data in a container resource under the application resource tree, and Storing the message type in the attribute resource of the container resource; sending the notification message carrying the transparent data to the application entity includes: sending a notification message carrying all the data in the container resource to the application entity, so that the application entity parses the notification message To obtain transparent data.
  • the transparent transmission data includes transparent transmission service data and transparent transmission control data.
  • the third aspect provides a public service entity, including: a receiving module, configured to receive a registration message sent by an application entity, a registration module, configured to register an application entity according to the registration message, and a receiving module, configured to receive, by the application entity, Updating the message, the update message includes the transparent data; the update module is configured to update the container resource under the application resource tree according to the update message, so that the container resource stores the transparent data; and the sending module is configured to send the container resource
  • the data transmission message is transparently transmitted to the underlying network entity, so that the underlying network entity parses the transparent transmission data from the transmission message.
  • the update module is specifically configured to: after the registration is successful, create a new container resource for storing the transparent data under the container resource under the application resource tree, and update according to the update message. New container resources so that transparent data is stored in the new container resource.
  • the transparent transmission data includes transparent transmission control data
  • the sending module is specifically configured to: send the transmission carrying all the data in the new container resource.
  • the message is sent to the underlying network entity, so that the underlying network entity parses the transparent transmission control data from the transmission message, and sets the parameters of the underlying network according to the transparent transmission control data.
  • the parameters include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the update module is configured to update the new container resource according to the update message, so that the new container
  • the resource stores the transparent transmission control data and the transmission path selection parameter
  • the sending module sends a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity further parses the transmission path selection parameter from the transmission message. And select the transmission method in the underlying network according to the transmission path selection parameter.
  • the transparent transmission data includes the transparent transmission service data
  • the update message further includes a destination address
  • the update module is specifically configured to: after the registration is successful, Create a new container resource for storing the transparent transmission service data under the container resource in the application resource tree, and update the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and the destination address
  • the sending module Specifically, the method is: sending a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity parses the transmission message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to Destination address.
  • the transparent transmission data includes the transparent transmission service data
  • the update module is specifically configured to: the container resource in the application resource tree after the registration is successful. Create a new container resource for storing the transparent transmission service data, and update the new container resource according to the update message, so that the new container resource stores the transparent transmission service data, wherein the new container resource is also preset in the creation of the new container resource.
  • the destination module is configured to: send a transport message carrying all data in the new container resource to the underlying network entity, so that the underlying network entity parses the transport message to obtain the destination address and transparently transmit the service data, and The transparent transmission service data is forwarded to the destination address.
  • the update message further includes a transmission path selection parameter
  • the update module is configured to update the new container resource according to the update message, so that The new container resource stores the transparent transmission service data and the transmission path selection parameter
  • the sending module is configured to send the transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity further parses from the transmission message.
  • the transmission path selection parameter is selected, and the transmission mode in the underlying network is selected according to the transmission path selection parameter.
  • the update message further includes a message type
  • the update module is specifically configured to: after the registration is successful, update the container resource under the application resource tree according to the update message, so that the container resource is stored. Transmitting the data, and causing the attribute resource under the container resource to store the message type; the sending module is specifically configured to: determine whether the attribute resource under the container resource stores the message type, and if so, send the transmission message carrying all the data in the container resource.
  • the underlying network entity such that the underlying network entity parses out the transparent data from the transport message, and if not, locally processes the transparently transmitted data in the container resource.
  • the transparent transmission data includes the transparent transmission control data
  • the sending module is specifically configured to: send the transmission message carrying all the data in the container resource to The underlying network entity, so that the underlying network entity parses the transparent transmission control data from the transmission message, and sets the parameters of the underlying network according to the transparent transmission control data.
  • the parameters include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the update module is configured to update the container resource according to the update message, so as to be stored in the container resource
  • the sending module is configured to send a transmission message carrying all the data in the container resource to the underlying network entity, so that the underlying network entity further parses the transmission path selection parameter from the transmission message, and according to the transmission
  • the path selection parameter is used to select the mode of transmission in the underlying network.
  • the update message further includes a destination address
  • the transparent transmission data includes transparent transmission service data
  • the update module is specifically configured to: after the registration is successful Update the container resource in the application resource tree according to the update message, so that the container resource stores the transparent transmission service data and the destination address, and causes the attribute resource under the container resource to store the message type; the sending module is specifically configured to: send and carry a new All the data in the container resource is transmitted to the underlying network entity, so that the underlying network entity parses the transport message to obtain the destination address and transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the transparent transmission data includes the transparent transmission service data
  • the destination address is further preset in the container resource
  • the update module is specifically configured to: After the registration succeeds, the container resource under the application resource tree is updated according to the update message, so that the container resource stores the transparent transmission service data and the destination address, and the attribute resource under the container resource stores the message type; the sending module is specifically configured to: send The transport message carrying all the data in the container resource is sent to the underlying network entity, so that the underlying network entity parses the transport message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the update module is configured to update the container resource according to the update message
  • the container resource is stored with the transparent transmission service data and the transmission path selection parameter
  • the attribute resource of the container resource is stored with the message type
  • the sending module is configured to send the transmission message carrying all the data in the container resource to the underlying network entity
  • the underlying network entity further parses the transmission path selection parameter from the transmission message, and selects a transmission mode in the underlying network according to the transmission path selection parameter.
  • the fourth aspect provides a public service entity, including: a receiving module, configured to receive a transmission message sent by an underlying network entity, where the transmission message includes a transparent transmission data and a message type corresponding to the transparent transmission data; and a determining module, configured to determine the transmission Whether there is a message type in the message; the sending module is configured to: when the judgment result is yes, store the transparent transmission data in the container resource under the application resource tree, and send a notification message carrying the transparent transmission data to the application entity, so as to enable the application
  • the entity obtains the transparent transmission data
  • the local processing module is configured to perform local processing on the transparent transmission data when the determination result is negative.
  • the sending module is specifically configured to: when the determination result is yes, the transparently stored data is stored in the container resource under the application resource tree for storing the transparent data. And sending a notification message carrying all the data in the new container resource to the application entity, so that the application entity parses the notification message to obtain the transparent data.
  • the sending module is specifically configured to: when the determination result is yes, store the transparent transmission data in a container resource under the application resource tree, and store the message type in the container resource. Attribute resource; and sending a notification message carrying all the data in the container resource to the application entity, so that the application entity parses the notification message to obtain the transparent transmission data.
  • the transparent transmission data includes transparent transmission service data and transparent transmission control data.
  • the fifth aspect provides a public service entity, including a bus, a network interface, a memory, and a processor respectively connected to the bus, wherein: the network interface is configured to receive a registration message sent by the application entity; the memory is configured to store the program, and the program is based on The registration message is used to register the application entity; the network interface is further configured to receive an update message sent by the application entity, the update message includes transparently transmitting the data, and the program is further configured to update the container resource in the application resource tree according to the update message, so that the container The device stores the transparent data; the network interface is further configured to send the transport message carrying the transparent data in the container resource to the underlying network entity, so that the underlying network entity parses the transparent data from the transport message; the processor is configured to: Run the program.
  • the program is specifically configured to: after the registration is successful, create a new container resource for storing the transparent data under the container resource under the application resource tree, and update the new according to the update message.
  • the container resource so that the new container resource stores the transparent data.
  • the transparent transmission data includes transparent transmission control data
  • the network interface is specifically configured to: send the transmission carrying all the data in the new container resource.
  • the message is sent to the underlying network entity, so that the underlying network entity parses the transparent transmission control data from the transmission message, and sets the parameters of the underlying network according to the transparent transmission control data.
  • the parameters include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the new container resource according to the update message, so that the new container resource is used.
  • the transparent transmission control data and the transmission path selection parameter are stored therein, and the network interface is configured to send a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity further parses the transmission path selection from the transmission message. Parameters, and select the transmission method in the underlying network according to the transmission path selection parameters.
  • the transparent transmission data includes transparent transmission service data
  • the update message further includes a destination address
  • the program is specifically used to: after the registration succeeds in the application
  • a new container resource for storing the transparent transmission service data is created under the container resource under the resource tree, and the new container resource is updated according to the update message, so that the new container resource stores the transparent transmission service data and the destination address;
  • the method is: sending a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity parses the transmission message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination. address.
  • the transparent transmission data includes transparent transmission service data
  • the program is specifically configured to: after the registration is successful, under the container resource under the application resource tree Creating a new container resource for storing the transparent transmission service data, and updating the new container resource according to the update message, so that the new container resource stores the transparent transmission service data, wherein the new container resource is also pre-configured at the time of creation.
  • the destination address is: the network interface is specifically configured to: send a transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity parses the transmission message to obtain the destination address and transparently transmit the service data, and The traffic data is forwarded to the destination address.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the new container resource according to the update message, so that the new The container resource stores the transparent transmission service data and the transmission path selection parameter
  • the network interface is configured to send the transmission message carrying all the data in the new container resource to the underlying network entity, so that the underlying network entity further parses out from the transmission message.
  • the transmission path selects parameters and selects the transmission mode in the underlying network according to the transmission path selection parameters.
  • the update message further includes a message type
  • the program is specifically configured to: after the registration is successful, update the container resource in the application resource tree according to the update message, so that the container resource is transparently stored.
  • the data is transmitted, and the attribute resource under the container resource is stored with the message type, and the attribute resource under the container resource is stored with the message type.
  • the network interface is used to: if the judgment result is yes, send all the data in the container resource. Transmitting the message to the underlying network entity, so that the underlying network entity parses the transparent transmission data from the transmission message; the program is further configured to: when the determination result is no, locally process the transparent transmission data in the container resource.
  • the transparent transmission data includes the transparent transmission control data
  • the network interface is specifically configured to: send the transmission message carrying all the data in the container resource to The underlying network entity, so that the underlying network entity parses the transparent transmission control data from the transmission message, and sets the parameters of the underlying network according to the transparent transmission control data.
  • the parameters include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the container resource according to the update message, so that the container resource is stored Transmitting data and transmission path selection parameters
  • the network interface is configured to send a transmission message carrying all the data in the container resource to the underlying network entity, so that the underlying network entity further parses the transmission path selection parameter from the transmission message, and according to the transmission path Select parameters to select the mode of transmission in the underlying network.
  • the update message further includes a destination address
  • the transparent transmission data includes transparent transmission service data
  • the program is specifically configured to: after the registration is successful, according to The update message updates the container resource under the application resource tree, so that the container resource stores the transparent transmission service data and the destination address, and causes the attribute resource under the container resource to store the message type; the network interface is specifically used to: send and carry a new The transmission message of all data in the container resource is sent to the underlying network entity, so that the underlying network entity parses the transmission message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the transparent transmission data includes the transparent transmission service data
  • the destination address is preset in the container resource
  • the program is specifically used for: After the success, the container resource under the application resource tree is updated according to the update message, so that the container resource stores the transparent transmission service data and the destination address, and the attribute resource under the container resource is stored with the message type; the network interface is specifically used for: sending and carrying The transmission message of all the data in the container resource is sent to the underlying network entity, so that the underlying network entity parses the transmission message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the container resource according to the update message, so that The container resource stores the transparent transmission service data and the transmission path selection parameter, and causes the attribute resource under the container resource to store the message type
  • the network interface is configured to send the transmission message carrying all the data in the container resource to the underlying network entity, so that The underlying network entity further parses out the transmission path selection parameters from the transport message and selects the transmission mode in the underlying network according to the transmission path selection parameters.
  • a sixth aspect provides a public service entity, including a bus, and a network interface, a memory, and a processor respectively connected to the bus, wherein: the network interface is configured to receive a transmission message sent by the underlying network entity, where the transmission message includes the transparent transmission data. And a message type corresponding to the transparent transmission data; the memory is used to store the program, and the program is used to determine whether there is a message type in the transmission message; the program is further configured to store the transparent transmission data in the application resource tree when the determination result is yes a container resource, and the network interface is further configured to send a notification message carrying the transparent data to the application entity, so that the application entity obtains the transparent data; and the program is further configured to perform the transparent transmission data when the determination result is negative.
  • Local processing processor for running programs.
  • the program is specifically configured to: when the determination result is yes, store the transparent transmission data in a new resource for storing the transparent transmission data under the container resource under the application resource tree.
  • the network interface is specifically configured to: send a notification message carrying all the data in the new container resource to the application entity, so that the application entity parses the notification message, thereby obtaining the transparent transmission data.
  • the program is specifically configured to: when the judgment result is yes, store the transparent transmission data in a container resource under the application resource tree, and store the message type in the attribute of the container resource.
  • the network interface is further configured to send a notification message carrying all the data in the container resource to the application entity, so that the application entity parses the notification message to obtain the transparent transmission data.
  • the transparent transmission data includes transparent transmission service data and transparent transmission control data.
  • the embodiment of the present invention provides a transparent data transmission method and a public service entity.
  • the public service entity updates the container resource in the application resource tree according to the update message sent by the application entity, so that the container resource is stored. Transparently transmitting data, and transmitting the transmission message including the transparent transmission data to the underlying network entity, thereby implementing transparent transmission of data from the application entity to the underlying network entity; in addition, the public service entity determines that the underlying network entity sends
  • the transport message carries the message type
  • the transparent data carried by the transport message is stored in the container resource under the application resource tree, and the notification message including the transparent data is sent to the application entity, thereby implementing the underlying network entity to the application. Transparent transmission of data between entities. Therefore, based on the above disclosure, the embodiment of the present invention provides a mechanism for transparently exchange data between an application entity and an underlying network entity.
  • FIG. 3 is a schematic diagram showing a directory structure of an application resource tree of a public service entity defined by a oneM2M standard organization in the prior art
  • FIG. 4 is a schematic diagram showing a directory structure of a container resource in an application resource tree of a public service entity defined by a oneM2M standard organization in the prior art
  • FIG. 5 is a schematic structural diagram of a system of an embodiment of a transparent transmission data transmission method according to the present invention.
  • FIG. 6 is a flowchart of a first embodiment of a transparent transmission data transmission method of the present invention.
  • FIG. 7 is a flow chart of a second embodiment of a transparent transmission data transmission method of the present invention.
  • FIG. 8 is a flowchart of a third embodiment of a transparent transmission data transmission method according to the present invention.
  • FIG. 9 is a schematic diagram showing a directory structure of a container resource in an application resource tree of a public service entity in a third embodiment of the transparent transmission data transmission method
  • FIG. 10 is a flow chart of a fourth implementation of the transparent transmission data transmission method of the present invention.
  • FIG. 11 is a flowchart of a fifth embodiment of a transparent transmission data transmission method of the present invention.
  • FIG. 12 is a flowchart of a sixth implementation of a transparent transmission data transmission method of the present invention.
  • FIG. 13 is a schematic structural diagram of an apparatus of a first embodiment of a public service entity according to the present invention.
  • FIG. 14 is a schematic structural diagram of a device of a second embodiment of a public service entity according to the present invention.
  • 15 is a schematic structural diagram of a device according to a third embodiment of the public service entity of the present invention.
  • 16 is a schematic structural diagram of a device according to a fourth embodiment of the public service entity of the present invention.
  • FIG. 17 is a schematic structural diagram of an apparatus of a fifth embodiment of a public service entity according to the present invention.
  • FIG. 18 is a schematic structural diagram of a device of a sixth embodiment of a public service entity according to the present invention.
  • FIG. 19 is a schematic structural diagram of a device according to a seventh embodiment of the public service entity of the present invention.
  • FIG. 20 is a schematic structural diagram of an apparatus of an eighth embodiment of a public service entity according to the present invention.
  • 21 is a schematic structural diagram of an apparatus of a ninth embodiment of a public service entity according to the present invention.
  • FIG. 22 is a schematic structural diagram of an apparatus of a tenth embodiment of a public service entity according to the present invention.
  • FIG. 23 is a schematic structural diagram of an apparatus of an eleventh embodiment of a public service entity according to the present invention.
  • Figure 24 is a block diagram showing the structure of a device according to a twelfth embodiment of the public service entity of the present invention.
  • 25 is a flow chart of a practical application scenario in which the AF transmits transparent data to the underlying network NSF through the public service entity CSE;
  • 26 is a data interaction diagram of the transparent transmission data transmission method of the present invention in a specific application scenario of the AF-CSF;
  • FIG. 27 is another data interaction diagram of the transparent transmission data transmission method of the present invention in an AF-CSF specific application scenario
  • 29 is a flowchart of an actual application scenario in which an NSF transmits transparent transmission data to an AF through a CSE;
  • FIG. 30 is a data interaction diagram of the transparent transmission data transmission method of the present invention in a specific application scenario of the CSF-AF.
  • FIG. 5 is a schematic structural diagram of a system for transmitting a transparent transmission data according to an embodiment of the present invention.
  • a network connection is established between the application entity 10 and the public service entity 20, and a network connection is established between the public service entity 20 and the underlying network entity 30.
  • FIG. 6 is a flowchart of a first embodiment of a transparent transmission data transmission method according to the present invention.
  • the transparent transmission data transmission method disclosed by the present invention includes:
  • Step 401 The public service entity 20 receives the registration message sent by the application entity 10;
  • Step 402 The public service entity 20 registers the application entity 10 according to the registration message.
  • Step 403 The public service entity 20 receives an update message sent by the application entity 10, where the update message includes transparent transmission data.
  • Step 404 The public service entity 20 updates the container resource under the application resource tree according to the update message, so that the transparent data is stored under the container resource.
  • Step 405 The public service entity 20 sends a transport message carrying the transparent data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent data from the transport message.
  • the public service entity 20 stores the transparent transmission data from the application entity 10 under the container resource and transmits it to the underlying network entity 30, so the transparent transmission data transmission of the present invention
  • the first embodiment provides a method for the application entity 10 to transmit transparent data to the underlying network entity 30 through the public service entity 20.
  • FIG. 7 is a flowchart of a second embodiment of a transparent transmission data transmission method according to the present invention.
  • the transparent transmission data transmission method disclosed by the present invention includes:
  • Step 411 The public service entity 20 receives the transmission message sent by the underlying network entity 30, where the transmission message includes the message type corresponding to the transparent transmission data and the transparent transmission data, and the message type is used to identify that the transparent transmission data in the transmission message needs to be transmitted to the application.
  • Step 412 The public service entity 20 determines whether there is a message type in the transmission message, if yes, step 413 is performed, and if no, step 414 is performed;
  • Step 413 The public service entity 20 stores the transparent data in the container resource under the application resource tree, and sends a notification message carrying the transparent data to the application entity 10, so that the application entity 10 obtains the transparent data.
  • Step 414 The public service entity 20 performs local processing on the transparent transmission data.
  • a method is provided for the underlying network entity 30 to transparently transmit data to the application entity 10 through the public service entity 20.
  • the public service entity 20 stores the transparent transmission data from the underlying network entity 30 under the container resource and transmits it to the application entity 10, so the transparent transmission data transmission of the present invention
  • the second embodiment provides a method by which the underlying network entity 30 transmits transparently transmitted data to the application entity 10 via the public service entity 20.
  • FIG. 8 is a flowchart of a third embodiment of a transparent transmission data transmission method according to the present invention.
  • a specific manner in which the public service entity 20 stores the transparent transmission data under the container resource under the application resource tree after the registration is successful is as shown in FIG.
  • the disclosed transparent transmission data transmission method includes:
  • Step 501 The public service entity 20 receives the registration message sent by the application entity 10;
  • Step 502 The public service entity 20 registers the application entity 10 according to the registration message.
  • Step 503 The public service entity 20 receives an update message sent by the application entity 10, where the update message includes transparent transmission data.
  • Step 504 The public service entity 20 creates a new container resource for storing the transparent data under the container resource under the application resource tree after the registration is successful, and the public service entity 20 updates the new container resource according to the update message to make the new Transparent data is stored in the container resource.
  • FIG. 9 is a schematic diagram of a directory structure of a container resource in an application resource tree of a public service entity in a third embodiment of the transparent data transmission method, as shown in FIG.
  • a new container resource 9022 is created under the container resource as a child container resource of the container resource, and the new container resource is used to store the transparent data.
  • Step 505 The public service entity 20 sends a transport message carrying all the data of the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent data from the transport message.
  • the public service entity 20 stores the transparent transmission data from the application entity 10 in a newly created new container resource under the container resource, and all of the new container resources.
  • the data is transmitted to the underlying network entity 30, so the third embodiment of the transparent transmission data transmission method of the present invention provides a method for the application entity 10 to transmit transparent transmission data to the underlying network entity 30 through the public service entity 20.
  • the transparent transmission data may be, for example, transparent transmission control data.
  • the public service entity 20 creates the container resource under the application resource tree after the registration is successful.
  • the public service entity 20 updates the new container resource according to the update message, so that the new container resource stores the transparent transmission service data, and in step 505, the public service entity 20 sends the carried There is a transmission message of all data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent transmission control data from the transmission message, and sets the parameters of the underlying network according to the transparent transmission control data.
  • the parameter may be, for example, a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message in step 503 further includes a transmission path selection parameter
  • the public service entity 20 updates the new container resource according to the update message, so that the new container resource stores the transparent transmission control data and the transmission.
  • the path selection parameter in step 505, the public service entity 20 sends a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission path selection parameter from the transport message.
  • the transmission mode in the underlying network is selected according to the transmission path selection parameter.
  • the transmission mode may be, for example, SMS, USSD or other transmission methods.
  • the transparent transmission data may be, for example, transparent transmission service data.
  • the update message in step 503 further includes a destination address, and in step 504, the public service entity 20 is successfully registered. Creating a new container resource for storing the transparent transmission service data under the container resource under the application resource tree, and the public service entity 20 updates the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and The destination address, in step 505, the public service entity 20 sends a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transport message to obtain the destination address and the transparent transmission service. Data and forward the transparent traffic data to the destination address.
  • the transparent transmission data may be, for example, transparent transmission service data.
  • the public service entity 20 creates the container resource under the application resource tree after the registration is successful. And storing a new container resource for transparently transmitting service data, wherein a destination address is further pre-set in the new container resource at the time of creation, and the public service entity 20 updates the new container resource according to the update message, so that the new container resource is stored therein. Transparent transmission of business data.
  • step 505 the public service entity 20 sends a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transport message to obtain the destination address and transparently transmit the service data, and The transparent transmission service data is forwarded to the destination address.
  • the update message in step 503 further includes a transmission path selection parameter
  • the public service entity 20 updates the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and the transmission.
  • the path selection parameter in step 505, the public service entity 20 sends a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission path selection parameter from the transport message.
  • the transmission mode in the underlying network is selected according to the transmission path selection parameter.
  • the transmission mode may be, for example, SMS, USSD or other transmission methods.
  • the public service entity 20 receives the transparent transmission data of the application entity 10 and sends it to the underlying network entity 30.
  • the public service entity 20 receives the transparent transmission data of the underlying network entity 30 and sends it to the application entity 10 .
  • FIG. 10 is a flowchart of a fourth implementation of the transparent transmission data transmission method of the present invention. As shown in FIG. 10, the transparent transmission data transmission method disclosed by the present invention includes:
  • Step 511 The public service entity 20 receives the transmission message sent by the underlying network entity 30.
  • the transmission message includes the message type corresponding to the transparent transmission data and the transparent transmission data, where the message type is used to identify that the transparent transmission data in the transmission message needs to be transmitted to The data of the entity 10 is applied.
  • Step 512 The public service entity 20 determines whether there is a message type in the transmission message, if yes, step 513 is performed, if no, step 514 is performed;
  • Step 513 The public service entity 20 stores the transparent transmission data in a new container resource of the container resource under the application resource tree for storing the transparent transmission data, and sends a notification message carrying all the data in the new container resource to the application entity. 10, so that the application entity 10 parses the notification message to obtain transparent data.
  • Step 514 Perform local processing on the transparent transmission data.
  • the transparent transmission data may specifically include transparent transmission service data, transparent transmission control data, or a combination of the two.
  • the public service entity 20 stores the transparent transmission data from the underlying network entity 30 in a new container resource under the container resource, and transmits all data in the new container resource.
  • the fourth embodiment of the transparent transmission data transmission method of the present invention provides a method for the underlying network entity 30 to transmit the transparent transmission data to the application entity 10 through the public service entity 20.
  • FIG. 11 is a flowchart of a fifth embodiment of a transparent transmission data transmission method according to the present invention.
  • the public service entity 20 is described as being stored under the container resource under the application resource tree after the registration is successful.
  • Another specific manner of transmitting data as shown in FIG. 11, the transparent transmission data transmission method disclosed by the present invention includes:
  • Step 601 The public service entity 20 receives the registration message sent by the application entity 10;
  • Step 602 The public service entity 20 registers the application entity 10 according to the registration message.
  • Step 603 The public service entity 20 receives an update message sent by the application entity 10, where the update message includes transparent transmission data.
  • Step 604 After the registration is successful, the public service entity 20 updates the container resource under the application resource tree according to the update message, so that the container resource stores the transparent data, and causes the attribute resource under the container resource to store the message type;
  • Step 605 The public service entity 20 determines whether the attribute resource under the container resource stores a message type, and if so, step 606 is performed, and if no, step 607 is performed;
  • Step 606 The public service entity 20 sends a transport message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent data from the transport message.
  • Step 606 The public service entity 20 performs local processing on the transparent transmission data.
  • the public service entity 20 does not establish a new container resource under the container resource, but stores the transparent transmission data from the application entity 10 in the container resource under the container resource.
  • the message type is stored in the attribute resource under the container resource, and all the data in the container resource is sent to the underlying network entity 30, thereby realizing the transmission of the transparent data. Therefore, the fifth embodiment of the transparent transmission data transmission method of the present invention provides a method for the application entity 10 to transmit transparent transmission data to the underlying network entity 30 through the public service entity 20.
  • the transparent transmission data may be, for example, transparent transmission control data.
  • the public service entity 20 stores the transparent transmission control data in a container resource under the application resource tree. And store the message type in the attribute resource under the container resource.
  • the public service entity 20 sends a transport message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent control data from the transport message and according to the transparent transmission control data pair.
  • the parameters of the underlying network are set.
  • the parameters may specifically include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message in step 603 further includes a transmission path selection parameter
  • the transparent transmission data may be, for example, transparent transmission control data.
  • the public service entity 20 updates the container resource according to the update message, so that the container resource is stored. There are transparent transmission data and transmission path selection parameters.
  • the public service entity 20 sends a transmission message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission from the transmission message.
  • the path selects the parameters and selects the transmission mode in the underlying network according to the transmission path selection parameters.
  • the transmission mode may be, for example, SMS, USSD or other transmission methods.
  • the update message in step 603 further includes a destination address
  • the transparent transmission data may be, for example, transparent transmission control data.
  • the public service entity 20 updates the container under the application resource tree according to the update message after the registration is successful.
  • the resource is such that the container resource stores the transparent transmission of the service data and the destination address, and causes the attribute resource under the container resource to store the message type.
  • the public service entity 20 sends a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transport message to obtain the destination address and the transparent transmission service data, and
  • the transparent transmission service data is forwarded to the destination address.
  • the update message in step 603 further includes a destination address
  • the transparent transmission data may be, for example, transparent transmission control data
  • the destination address is further preset in the container resource.
  • the public service entity 20 is configured according to the success.
  • the update message updates the container resource under the application resource tree, so that the container resource stores the transparent transmission service data and the destination address, and causes the attribute resource under the container resource to store the message type.
  • the public service entity 20 sends a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transport message to obtain the destination address and the transparent transmission service data, and
  • the transparent transmission service data is forwarded to the destination address.
  • the update message in step 603 further includes a transmission path selection parameter.
  • the public service entity 20 updates the container resource according to the update message, so that the transparent resource data and the transmission path selection parameter are stored in the container resource. And causing the attribute resource under the container resource to store the message type.
  • the public service entity 20 sends a transmission message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 further transmits the message.
  • the transmission path selection parameters are parsed, and the transmission mode in the underlying network is selected according to the transmission path selection parameters.
  • the transmission mode may be, for example, SMS, USSD or other transmission methods.
  • the public service entity 20 receives the transparent transmission data of the application entity 10 and sends the data to the underlying network entity 30.
  • the public service entity 20 receives the transparent transmission data of the underlying network entity 30 and transmits it to the application entity 10.
  • FIG. 12 is a flowchart of a sixth implementation of the transparent transmission data transmission method of the present invention. As shown in FIG. 12, the transparent transmission data transmission method disclosed by the present invention includes:
  • Step 611 The public service entity 20 receives the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data.
  • Step 612 The public service entity 20 determines whether there is a message type in the transmission message, if yes, step 613 is performed, and if no, step 614 is performed;
  • Step 613 The public service entity 20 stores the transparent transmission data in the container resource under the application resource tree, and stores the message type in the attribute resource under the container resource, and sends a notification message carrying all the data in the container resource to the application entity 10, So that the application entity 10 parses the notification message to obtain the transparent transmission data;
  • Step 614 Perform local processing on the transparent transmission data.
  • the transparent transmission data includes any one or a combination of both transparent transmission service data and transparent transmission control data.
  • the public service entity 20 stores the transparent transmission data from the underlying network entity 30 under the container resource, and sends all the data under the container resource to the application entity 10, thereby realizing Transmission of transparent data. Therefore, the second embodiment of the transparent transmission data transmission method of the present invention provides a method for the underlying network entity 30 to transmit transparent transmission data to the application entity 10 through the public service entity 20.
  • the public service entity of the present invention is used for the application entity to be transparent.
  • the transmitted data is transmitted to the underlying network entity, and the second, fourth, sixth, eighth, tenth and twelfth embodiments of the public service entity are used to transmit the transparent transmission data of the underlying network entity to the application entity.
  • FIG. 13 is a schematic structural diagram of a device according to a first embodiment of a public service entity according to the present invention.
  • the public service entity 20 of the present invention includes:
  • the receiving module 201 is configured to receive a registration message sent by the application entity 10;
  • the registration module 202 is configured to register the application entity 10 according to the registration message
  • the receiving module 201 is further configured to receive an update message sent by the application entity 10, where the update message includes transparent transmission data.
  • the update module 203 is configured to update the container resource under the application resource tree according to the update message, so that the transparent data is stored under the container resource;
  • the sending module 204 is configured to send a transport message carrying the transparent data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent data from the transport message.
  • FIG. 14 is a schematic structural diagram of a device according to a second embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes:
  • the receiving module 211 is configured to receive the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data;
  • the determining module 212 is configured to determine whether there is a message type in the transmission message
  • the sending module 213 is configured to: when the determination result is yes, store the transparent data in a container resource under the application resource tree, and send a notification message carrying the transparent data to the application entity 10, so that the application entity 10 obtains the transparent transmission. data;
  • the local processing module 214 is configured to perform local processing on the transparent transmission data when the determination result is negative.
  • FIG. 15 is a schematic structural diagram of a device according to a third embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes:
  • the receiving module 221 is configured to receive a registration message sent by the application entity 10;
  • the registration module 222 is configured to register the application entity 10 according to the registration message
  • the receiving module 221 is further configured to receive an update message sent by the application entity 10, where the update message includes transparent transmission data.
  • the update module 223 is configured to create a new container resource for storing transparent data under the container resource under the application resource tree after the registration is successful, and update the new container resource according to the update message, so that the new container resource is stored. Transparent transmission of data;
  • the sending module 224 is configured to send a transport message carrying the transparent data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent data from the transport message.
  • the transparent transmission data includes the transparent transmission control data
  • the sending module 224 is specifically configured to: send the transmission message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transmission message.
  • the control data is transparently transmitted, and the parameters of the underlying network are set according to the transparent transmission control data.
  • parameters may include quality of service parameters, transmission time requirements, data size, and delay requirements.
  • the update message further includes a transmission path selection parameter
  • the update module 223 is configured to update the new container resource according to the update message, so that the new container resource stores the transparent transmission control data and the transmission path selection parameter
  • the sending module 224 sends the Carrying a transmission message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission path selection parameter from the transmission message, and selects the transmission in the underlying network according to the transmission path selection parameter. the way.
  • the transparent transmission data includes the transparent transmission service data
  • the update message further includes a destination address
  • the update module 223 is specifically configured to: after the registration is successful, create a new one for storing the transparent transmission service data under the container resource under the application resource tree.
  • the container resource updates the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and the destination address;
  • the sending module 224 is specifically configured to: send the transmission message carrying all the data in the new container resource.
  • the underlying network entity 30 is configured to cause the underlying network entity 30 to parse the transport message to obtain the destination address and the transparent transmission service data, and forward the transparent transmission service data to the destination address.
  • the transparent transmission data includes the transparent transmission service data
  • the update module 223 is specifically configured to: after the registration is successful, create a new container resource for storing the transparent transmission service data under the container resource under the application resource tree, according to the update message.
  • the new container resource is updated, so that the new container resource stores the transparent transmission service data, wherein the destination address is also pre-set in the new container resource at the time of creation;
  • the sending module 224 is specifically configured to: send the new container resource
  • the transmission message of all the data is sent to the underlying network entity 30, so that the underlying network entity 30 parses the transmission message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the update module 223 is configured to update the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and the transmission path selection parameter
  • the sending module 224 uses Transmitting a transport message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission path selection parameter from the transport message, and selects the underlying network according to the transport path selection parameter. The way of transmission.
  • FIG. 16 is a schematic structural diagram of a device according to a fourth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes:
  • the receiving module 231 is configured to receive the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data;
  • the determining module 232 is configured to determine whether there is a message type in the transmission message
  • the sending module 233 is configured to: when the determination result is yes, the transparent transmission data is stored in a new container resource of the container resource under the application resource tree for storing the transparent transmission data; and send all the data in the new container resource.
  • the notification message is sent to the application entity 10 to cause the application entity 10 to parse the notification message to obtain the transparent transmission data.
  • the local processing module 234 is configured to perform local processing on the transparent transmission data when the determination result is negative.
  • the transparent transmission data may specifically be any one of a combination of transparent transmission service data and transparent transmission control data.
  • FIG. 17 is a schematic structural diagram of a device according to a fifth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes:
  • the receiving module 241 is configured to receive a registration message sent by the application entity 10;
  • a registration module 242 configured to register the application entity 10 according to the registration message
  • the receiving module 241 is further configured to receive an update message sent by the application entity 10, where the update message includes transparent transmission data and a message type.
  • the update module 243 is configured to update the container resource under the application resource tree according to the update message after the registration is successful, so that the container resource stores the transparent data, and causes the attribute resource under the container resource to store the message type;
  • the sending module 244 is configured to determine whether the attribute resource in the container resource stores a message type, and if yes, send a transmission message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the message from the transmission message. Transparently pass data, if not, locally process the transparent data in the container resource.
  • the transparent transmission data is, for example, the transparent transmission control data.
  • the sending module 244 is specifically configured to: send the transmission message carrying all the data in the container resource to the underlying network entity 30, So that the underlying network entity 30 parses the transparent transmission control data from the transmission message, and sets the parameters of the underlying network according to the transparent transmission control data.
  • the parameters include quality of service parameters, transmission time requirements, data size, and delay requirements.
  • the update message further includes a transmission path selection parameter
  • the update module 243 is configured to update the container resource according to the update message, so that the container resource stores the transparent transmission data and the transmission path selection parameter
  • the sending module 244 is configured to send the container
  • the transmission message of all data in the resource is sent to the underlying network entity 30, so that the underlying network entity 30 further parses out the transmission path selection parameter from the transmission message, and selects the transmission mode in the underlying network according to the transmission path selection parameter.
  • the update message may further include a destination address
  • the transparent transmission data may be specifically transparent transmission service data
  • the update module 243 is specifically configured to: after the registration is successful, update the container resource under the application resource tree according to the update message, so that the container The resource storage has the transparent transmission service data and the destination address, and the attribute resource under the container resource is stored with the message type; the sending module 244 is specifically configured to: send the transmission message carrying all the data in the new container resource to the underlying network entity 30, The underlying network entity 30 parses the transport message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the transparent transmission data may be a transparent transmission service data
  • the destination address is further preset in the container resource
  • the update module 243 is specifically configured to: after the registration is successful, update the container resource in the application resource tree according to the update message, The container resource is stored with the transparent transmission service data and the destination address, and the attribute resource under the container resource is stored with the message type.
  • the sending module 244 is specifically configured to: send the transmission message carrying all the data in the new container resource to the underlying network entity. 30.
  • the underlying network entity 30 parses the transport message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the update module 243 is configured to update the container resource according to the update message, so that the container resource stores the transparent transmission service data and the transmission path selection parameter
  • the sending module 244 is configured to send the carried
  • the transmission message of all data in the container resource is sent to the underlying network entity 30, so that the underlying network entity 30 further parses out the transmission path selection parameter from the transmission message, and selects the transmission mode in the underlying network according to the transmission path selection parameter.
  • FIG. 18 is a schematic structural diagram of a device according to a sixth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes:
  • the receiving module 251 is configured to receive the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data;
  • the determining module 252 is configured to determine whether there is a message type in the transmission message
  • the sending module 253 is configured to: when the determination result is yes, store the transparent transmission data in a container resource under the application resource tree, store the message type in the attribute resource under the container resource, and send a notification that carries all the data in the container resource. Transmitting the message to the application entity 10, so that the application entity 10 parses the notification message to obtain the transparent transmission data;
  • the local processing module 254 is configured to perform local processing on the transparent transmission data when the determination result is negative.
  • the transparent transmission data described herein includes one or a combination of one of transparent transmission service data and transparent transmission control data.
  • FIG. 19 is a schematic structural diagram of a device according to a seventh embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes a bus 304, and a network interface 301 connected to the bus 304, respectively.
  • a network interface 301 configured to receive a registration message sent by the application entity 10;
  • a memory 303 configured to store a program, and the program registers the application entity 10 according to the registration message;
  • the network interface 301 is further configured to receive an update message sent by the application entity 10, where the update message includes transparent transmission data.
  • the program is further configured to update the container resource in the application resource tree according to the update message, so that the container resource stores the transparent data;
  • the network interface 301 is further configured to send a transport message carrying the transparent data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent data from the transport message.
  • the processor 302 is configured to run a program.
  • FIG. 20 is a schematic structural diagram of an apparatus according to an eighth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes: a bus 314, and a network interface respectively connected to the bus 314. 311.
  • the network interface 311 is configured to receive the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data;
  • the memory 313 is configured to store a program, and the program is configured to determine whether there is a message type in the transmission message;
  • the program is further configured to: when the judgment result is yes, store the transparent transmission data in a container resource under the application resource tree, and the network interface is further configured to send a notification message carrying the transparent transmission data to the application entity 10, so that the application entity 10 obtaining transparent data;
  • the program is further configured to perform local processing on the transparent transmission data when the determination result is no;
  • the processor 312 is configured to run a program.
  • FIG. 21 is a schematic structural diagram of a device according to a ninth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes a bus 324, and a network interface 321 connected to the bus 324, respectively.
  • the network interface 321 is configured to receive a registration message sent by the application entity 10;
  • a memory 323, configured to store a program, and the program registers the application entity 10 according to the registration message;
  • the network interface 321 is further configured to receive an update message sent by the application entity 10, where the update message includes transparent transmission data;
  • the program is further configured to: after the registration is successful, create a new container resource for storing the transparent data under the container resource under the application resource tree, and update the new container resource according to the update message, so that the new container resource is stored therein. Transparent transmission of data;
  • the network interface 321 is further configured to send a transmission message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent transmission data from the transmission message;
  • the processor 322 is configured to run a program.
  • the transparent transmission data is transparent transmission control data
  • the network interface 321 is specifically configured to: send a transmission message carrying all data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses from the transmission message.
  • the control data is transparently transmitted, and the parameters of the underlying network are set according to the transparent transmission control data.
  • the parameter may specifically include a quality of service parameter, a transmission time requirement, a data size, and a delay requirement.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the new container resource according to the update message, so that the new container resource stores the transparent transmission control data and the transmission path selection parameter
  • the network interface 321 is configured to send Carrying a transmission message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission path selection parameter from the transmission message, and selects the transmission in the underlying network according to the transmission path selection parameter. the way.
  • the transparent transmission data is a transparent transmission service data
  • the update message further includes a destination address
  • the program is specifically configured to: after the registration is successful, create a new container for storing the transparent transmission service data under the container resource under the application resource tree.
  • the resource updates the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and the destination address;
  • the network interface 321 is specifically configured to: send the transmission message carrying all the data in the new container resource to the bottom layer.
  • the network entity 30 is configured to cause the underlying network entity 30 to parse the transport message to obtain the destination address and the transparent transmission service data, and forward the transparent transmission service data to the destination address.
  • the transparent transmission data is transparent transmission service data
  • the program is specifically configured to: after the registration is successful, create a new container resource for storing the transparent transmission service data under the container resource under the application resource tree, where the public service entity 20 is configured according to The update message updates the new container resource, so that the new container resource stores the transparent transmission service data, wherein the destination address is also pre-set in the new container resource at the time of creation; the network interface 321 is specifically configured to: send a new The transmission message of all the data in the container resource is sent to the underlying network entity 30, so that the underlying network entity 30 parses the transmission message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the new container resource according to the update message, so that the new container resource stores the transparent transmission service data and the transmission path selection parameter
  • the network interface 321 is configured to send Carrying a transmission message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 further parses the transmission path selection parameter from the transmission message, and selects the transmission in the underlying network according to the transmission path selection parameter. the way.
  • FIG. 22 is a schematic structural diagram of a device according to a tenth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes a bus 334, and a network interface 331 connected to the bus 334 respectively. , a memory 333, and a processor 332, wherein:
  • the network interface 331 is configured to receive the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data.
  • the memory 333 is configured to store a program, where the program is configured to determine whether there is a message type in the transmission message;
  • the program is further configured to: when the judgment result is yes, store the transparent transmission data in a new container resource for storing the transparent transmission data under the container resource under the application resource tree, and the network interface 331 is further configured to send the carried a notification message of all the data in the new container resource to the application entity 10, so that the application entity 10 parses the notification message to obtain the transparent transmission data;
  • the program is further configured to perform local processing on the transparent transmission data when the determination result is no;
  • the processor 332 is configured to run a program.
  • FIG. 23 is a schematic structural diagram of an apparatus according to an eleventh embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes a bus 344, and a network interface 341 connected to the bus 344, respectively. And a memory 343 and a processor 342, wherein:
  • a network interface 341, configured to receive a registration message sent by the application entity 10;
  • a memory 343, configured to store a program, and the program registers the application entity 10 according to the registration message;
  • the network interface 341 is further configured to receive an update message sent by the application entity 10, where the update message includes transparent transmission data and a message type.
  • the program is further configured to update the container resource under the application resource tree according to the update message after the registration is successful, so that the container resource stores the transparent data, and causes the attribute resource under the container resource to store the message type, and determine the container resource Whether the attribute resource stores a message type,
  • the network interface 341 is further configured to: when the determination result is yes, send a transmission message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transparent transmission data from the transmission message;
  • the program is further configured to perform local processing on the transparent transmission data in the container resource when the determination result is no;
  • the processor 342 is configured to run a program.
  • the transparent transmission data is transparent transmission control data
  • the network interface 341 is specifically configured to: send a transmission message carrying all the data in the container resource to the underlying network entity 30, so that the underlying network entity 30 parses out from the transmission message.
  • the control data is transmitted, and the parameters of the underlying network are set according to the transparent transmission control data.
  • the parameters include quality of service parameters, transmission time requirements, data size, and delay requirements.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the container resource according to the update message, so that the container resource stores the transparent transmission data and the transmission path selection parameter
  • the network interface 341 is configured to send the container resource All data transmission messages are sent to the underlying network entity 30 such that the underlying network entity 30 further parses out the transmission path selection parameters from the transport message and selects the transmission mode in the underlying network based on the transmission path selection parameters.
  • the update message further includes a destination address
  • the transparent transmission data is transparent transmission service data
  • the program is specifically configured to: after the registration is successful, update the container resource in the application resource tree according to the update message, so that the container resource storage is transparently transmitted.
  • the service data and the destination address, and the attribute resource under the container resource is stored with the message type;
  • the network interface 341 is specifically configured to: send the transmission message carrying all the data in the new container resource to the underlying network entity 30, so that the underlying network entity 30 parses the transmission message to obtain the destination address and transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the transparent transmission data is a transparent transmission service data
  • the destination address is preset in the container resource
  • the program is specifically configured to: after the registration succeeds, update the container resource in the application resource tree according to the update message, so that the container resource is stored.
  • the service data and the destination address are transparently transmitted, and the attribute resource under the container resource is stored with the message type;
  • the network interface 341 is specifically configured to: send the transmission message carrying all the data in the new container resource to the underlying network entity 30, so that The underlying network entity 30 parses the transport message to obtain the destination address and the transparent transmission service data, and forwards the transparent transmission service data to the destination address.
  • the update message further includes a transmission path selection parameter
  • the program is configured to update the container resource according to the update message, so that the container resource stores the transparent transmission service data and the transmission path selection parameter
  • the network interface 341 is configured to send the container resource.
  • the transmission of all data within the message to the underlying network entity 30 causes the underlying network entity 30 to further parse out the transmission path selection parameters from the transport message and select the transport mode in the underlying network based on the transport path selection parameters.
  • FIG. 24 is a schematic structural diagram of a device according to a twelfth embodiment of the public service entity of the present invention.
  • the public service entity 20 of the present invention includes a bus 354, and a network interface respectively connected to the bus 354. 351.
  • the network interface 351 is configured to receive the transmission message sent by the underlying network entity 30, where the transmission message includes the type of the message corresponding to the transparent transmission data and the transparent transmission data;
  • the memory 353 is configured to store a program, and the program is configured to determine whether there is a message type in the transmission message;
  • the program is further configured to: when the judgment result is yes, store the transparent transmission data in a container resource under the application resource tree, store the message type in the attribute resource under the container resource; and the network interface 351 is further configured to send the container resource a notification message of all the data in the application entity 10, so that the application entity 10 parses the notification message, thereby obtaining the transparent transmission data;
  • the program is further configured to perform local processing on the transparent transmission data when the determination result is no;
  • the processor 352 is configured to run a program.
  • FIG. 25 is an AF (AF).
  • NSF Underlying Network Service
  • step 701 the AF generates a data packet that needs to be transparently transmitted to the underlying network.
  • step 702 the CSE determines whether the received data packet is transparently transmitted to the underlying network, if needed.
  • the transparent transmission proceeds to step 703 to deliver the data packet to the underlying network. Otherwise, step 704 is executed, and the CSE processes the data packet.
  • the following three processing methods are specifically included:
  • the AF creates a container (container resource) after registering to the CSE for storing business data.
  • a new container resource transparent is created under the container.
  • Sub-container transparent subcontainer dedicated to storing transparent data that requires transparent transmission.
  • FIG. 26 is a data interaction diagram of the transparent transmission data transmission method of the present invention in the specific application scenario of the AF-CSF. As shown in Figure 26:
  • AF has created a transparent in the container Sub-container, through step 1, sends an Update message to the CSE, and the CSE updates the data in the AF to the transparent Sub-container. If the transparent sub-container is not created, the transparent one is created on the CSE first. Sub-container. The CSE updates the data on the transparent sub-container after receiving the Update message.
  • AF is optional, and carries the target in the Update message.
  • Address destination address
  • AF creates a target address resource under the container resource, and uses the Update message to target The address resource is updated.
  • the Target address can be the underlying network or the destination address that needs to be reached (MSISDN (Mobile Subscriber) International ISDN/PSTN number, mobile subscription international ISDN number), IP address, etc.).
  • step 2 the CSE determines that the data needs to be transparently transmitted to the underlying network through the Transfer message request.
  • the message is delivered to the underlying network.
  • Transfer message request message carries the parameter transparent Sub-container (put the entire transparent sub-container as a whole in the Transfer message request Send in the message).
  • the Transfer message request message can carry a Target Address
  • Target address can be the destination address (MSISDN, IP address, etc.) that needs to be reached.
  • MSISDN the destination address
  • IP address the destination address
  • the transparent transmission control data is transparent transmission control data: after the NSF analyzes, for example, the transparent transmission control data is used to control the characteristics of the service transmission (transmission time requirement, data size, delay requirement, etc.), and the designed Qos parameter can be designed according to the characteristics. , do related optimization work.
  • the NSF routes the transparent transmission service data to the corresponding destination address.
  • the NSF after receiving the transparent data, the NSF returns a Transfer message.
  • the response message to the CSE carries the cause parameter. If the transparent data is received, the cause is "successful"; if the transparent data is not received, the cause contains the cause value. And, in step 4, the CSE receives the Transfer message. After the response message, the response message is sent to the AF. If the transparent data is received, the cause is "successful"; if the transparent data is not received, the cause contains the cause value.
  • the Update message message may not carry the Target.
  • Address information in the transparent sub-container carrying the destination address, NSF through parsing transparent
  • the sub-container obtains its destination address and transmits the transparent transmission data to the destination address.
  • FIG. 27 is another data interaction diagram of the transparent transmission data transmission method of the present invention in the specific application scenario of the AF-CSF. As shown in Figure 27:
  • step 1 shown in Figure 27 if AF has already created a transparent in the container Sub-container, update AF data to transparent by Update message Sub-container. If the transparent sub-container is not created, the resource is first created on the CSE. CSE receives the Update sent by AF After the message is updated, the data on the transparent sub-container is updated.
  • AF is optional, and can carry the target in the Update message. Address, or AF creates a target address resource under application (application resource tree) and updates it with Update message. Target The address can be the underlying network or the destination address (MSISDN, IP address, etc.) that needs to be reached.
  • AF is optional, carrying the delivery path in the Update message.
  • Selection transport path selection parameter
  • AF creates a delivery path selection resource in application, via Update
  • the message is updated.
  • the delivery path selection indicates the preferred transmission mode such as SMS, USSD or others.
  • step 2 the CSE determines that the data needs to be transparently transmitted to the NSF through the Transfer message.
  • the request message is passed to the NSF.
  • the Transfer message request message carries the parameter transparent sub-container.
  • the Transfer message request message can carry a Target Address
  • Target address can be the destination address (MSISDN, IP address, etc.) that needs to be reached.
  • the transfer message request message may carry a delivery path Selection to indicate the transmission mode that NSF tends to choose.
  • NSF is handled as follows:
  • NSF After analysis, such as the characteristics of service transmission (transmission time requirements, data size, delay requirements, etc.), NSF can also design the transmitted QoS parameters according to the characteristics to do related optimization work.
  • Transparent transmission of business data The underlying network routes data to the corresponding destination address.
  • NSF can deliver path The selection and the currently available transmission methods and configuration strategies select the appropriate transmission method to route the transparent transmission service data to the destination address.
  • the NSF after receiving the transparent data, the NSF returns a Transfer message.
  • the response message to the CSE carries the cause parameter. If the transparent data is received, the cause is "successful"; if the transparent data is not received, the cause contains the cause value. And, in step 4, the CSE receives the Transfer message. After the response message, the response message is sent to the AF. If the transparent data is received, the cause is "successful"; if the transparent data is not received, the cause contains the cause value.
  • the Update message message may not carry the Target.
  • Address information in the transparent sub-container carrying the destination address, NSF through parsing transparent
  • the sub-container obtains its destination address and transmits the transparent transmission data to the destination address.
  • FIG. 28 is another data interaction diagram of the transparent transmission data transmission method of the present invention in the specific application scenario of the AF-CSF. As shown in Figure 28:
  • step 1 if AF has created a container in the application, then via Update The message updates the AF data to the container, and the CSE updates the data on the container after receiving the Update message.
  • Optional can carry the target in the Update message Address, or AF creates a target address resource in AF and updates it via Update message.
  • Target The address can be the underlying network or the destination address (MSISDN, IP address, etc.) that needs to be reached.
  • the delivery path can be carried in the Update message.
  • Selection, or AF creates a delivery path selection resource in the container, via Update The message is updated.
  • the delivery path selection indicates the preferred transmission mode such as SMS, USSD or others.
  • the Update message can also carry the message Type, indicating that the data in the container is transparently transmitted to the underlying network.
  • the CSE stores the message type in the attribute resource in the container.
  • step 2 the CSE determines whether the data in the container has a message. Type, if yes, it is judged that the data in the container needs to pass through the Underlying network, through the Transfer message
  • the request message is passed to the underlying network.
  • the parameter message can be carried in the Transfer message request message.
  • the Update message can carry a Target address, Target The address can be the destination address (MSISDN, IP address, etc.) that needs to be reached.
  • the update message can carry the delivery path Selection, indicating the mode of transmission that the NSF tends to choose.
  • NSF is handled as follows:
  • Transparent transmission control data If it is control plane data, after analysis, such as the characteristics of service transmission (transmission time requirements, data size, delay requirements, etc.), NSF can design the transmitted Qos parameters according to the characteristics and do related optimization work.
  • NSF routes data to the corresponding destination address.
  • the underlying network can be a delivery path Selection and the currently available transmission methods and configuration strategies, select the appropriate transmission method for data routing to the destination address.
  • the NSF after receiving the transparent data, the NSF returns a Transfer message.
  • the response message to the CSE carries the cause parameter. If the transparent data is received, the cause is "successful"; if the transparent data is not received, the cause contains the cause value. And, in step 4, the CSE receives the Transfer message. After the response message, the response message is sent to the AF. If the transparent data is received, the cause is "successful"; if the transparent data is not received, the cause contains the cause value.
  • the Update message message may not carry the Target.
  • NSF obtains its destination address by parsing the container, and transmits the transparent transmission data to the destination address.
  • FIG. 29 is a flowchart of an actual application scenario in which the NSF transmits transparent transmission data to the AF through the CSE.
  • step 711 the NSF generates or receives a data packet that needs to be transparently transmitted to the AF.
  • step 712 the CSE determines whether it is transparently transmitted to the AF. If yes, step 713 is performed, and the CSE transmits the data packet. To AF, if otherwise step 714 is performed, the CSE processes the data packet locally.
  • FIG. 30 is a data interaction diagram of the transparent transmission data transmission method of the present invention in a specific application scenario of the CSF-AF. As shown in Figure 30:
  • step 1 the NSF receives or generates data, determines that it needs to be submitted to the AF, and sends a Transfer message.
  • the request message is sent to the CSE, and the Transfer message request message carries the parameter message type and data (data).
  • Carrying message Type indicates that the data carried in the Transfer message request message is transparent data that needs to be transparently transmitted to the AF.
  • CSE through message Type judgment is to pass data.
  • CSE can choose to put data specifically to create sub-containers for transparent data (such as the above subcontainer resource transparent) Sub-container), or placed in an existing container.
  • step 2 the CSE notifies the AF through the Notify message, and the AF retrieves the data and analyzes the data.
  • the transparent data has the following two data types:
  • Transparent transmission control data After the AF analyzes, it knows the services that the NSF can provide (location management, group management, supported transmission methods, etc.). After the AF saves the information, the service provided by the NSF can be called later.
  • step 3 after receiving the transparent transmission data, the AF returns a response message to the CSE, and the response message carries a cause parameter. If received, the cause parameter is “successful”; if not received, the cause parameter includes a cause value.
  • step 4 after receiving the response message, the CSE sends a Transfer message.
  • the response message to the NSF, the Transfer message response message carries the cause parameter.
  • the present invention provides a transparent data transmission method and a public service entity, and the public service entity updates the container resource under the application resource tree according to the update message sent by the application entity, so that the container resource is stored under the container resource. Transparently transmitting data, and transmitting the transmission message including the transparent transmission data to the underlying network entity, thereby implementing transparent transmission of data from the application entity to the underlying network entity; in addition, the public service entity determines that the underlying network entity sends When the transport message carries the message type, the transparent data carried by the transport message is stored in the container resource under the application resource tree, and the notification message including the transparent data is sent to the application entity, thereby implementing the underlying network entity to the application. Transparent transmission of data between entities. Therefore, based on the above disclosure, the embodiment of the present invention provides a mechanism for transparently exchange data between an application entity and an underlying network entity.
  • the disclosed apparatus and method may be implemented in other manners.
  • the foregoing embodiment of the device embodiment is merely illustrative.
  • the division of the module or unit is only a logical function division, and the actual implementation may have another division manner, such as multiple units or Components can be combined or integrated into another system, or some features can be ignored or not executed.
  • the mutual coupling or direct coupling or communication connection shown or discussed may be an indirect coupling or communication connection through some interface, device or unit, and may be in an electrical, mechanical or other form.
  • 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, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the objectives of the embodiments of the present embodiment.
  • each functional unit in the embodiments of the present application may be integrated into one processing unit, or each unit may exist physically separately, or two or more units may be integrated into one unit.
  • the above integrated unit can be implemented in the form of hardware or in the form of a software functional unit.
  • the integrated unit if implemented in the form of a software functional unit and sold or used as a standalone product, may be stored in a computer readable storage medium.
  • the instructions include a plurality of instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) or a processor to perform all or part of the steps of the methods described in the various embodiments of the present application.
  • the foregoing storage medium includes: a U disk, a mobile hard disk, a read only memory (ROM, Read-Only) Memory, random access memory (RAM), disk or optical disk, and other media that can store program code.

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  • Engineering & Computer Science (AREA)
  • Computer Security & Cryptography (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Small-Scale Networks (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Telephonic Communication Services (AREA)

Abstract

L'invention concerne un procédé de transmission de données transférées de façon transparente, et une entité de service commune. Dans le procédé de transmission de données transférées de façon transparente, l'entité de service commune : reçoit un message d'enregistrement envoyé par une entité d'application; enregistre l'entité d'application d'après le message d'enregistrement; reçoit un message de mise à jour envoyé par l'entité d'application, le message de mise à jour contenant les données transférées de façon transparente; d'après le message de mise à jour, met à jour une ressource de conteneur d'un arbre de ressource d'application pour permettre aux données transférées de façon transparente d'être stockées dans la ressource de conteneur; et envoie un message de transmission contenant les données transférées de façon transparente dans la ressource de conteneur à une entité de réseau de couche inférieure pour permettre à l'entité de réseau de couche inférieure d'analyser les données transférées de façon transparente à partir du message de transmission. Selon ce qui précède, la présente invention fournit un mécanisme qui supporte une transmission transparente de données transparentes entre l'entité d'application et l'entité de réseau de couche inférieure.
PCT/CN2014/070927 2014-01-20 2014-01-20 Procédé de transmission de données transférées de façon transparente, et entité de service commune WO2015106459A1 (fr)

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