Method, system and device for providing access mode selection for multi-mode terminals
An access mode, multi-mode terminal technology, applied in the field of communication, to achieve the effect of improving service experience and improving network transmission efficiency
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Embodiment 1
[0058] Embodiment 1. When the terminal establishes a registration connection, it notifies the network side of the current access mode type and the instance_id bound to the current access mode type; the network side associates the access mode type notified by the terminal with the allocated GRUU; the application server It is determined that there is a media component in the call session message, and there is no need to split the media component; when connecting to the called party, the routing decision-making entity selects an access mode for the call session message; finally, the routing decision-making entity uses the selected access mode The GRUU corresponding to the entry mode type instructs the routing execution entity to perform call connection. see Figure 4 shown, including the following steps:
[0059] 1: The multi-mode terminal accesses the IMS network from WLAN, initiates a registration request REGISTER, and adds the +sip.instance parameter in the contact header fie...
Embodiment 2
[0072] Embodiment 2. When the terminal establishes a registration connection, it notifies the network side of the current access mode type and the instance_id bound to the current access mode type; the network side associates the access mode type notified by the terminal with the allocated GRUU; the application server Determine that there are multiple media components in the call session message, and decide to split the session message according to different media components according to a certain strategy; then, when connecting to the called party, the routing decision-making entity separately divides each media component The flow selects the access mode; finally, the GRUU corresponding to the selected access mode is used to instruct the routing execution entity to continue the media flow. see Figure 5 shown, including the following steps:
[0073] 1: The multi-mode terminal accesses the IMS network from WLAN, initiates a registration request REGISTER, and adds the +sip.ins...
Embodiment 3
[0104] Embodiment 3: The application server determines that there are multiple media components in the call session message, and decides to split the session message according to different media components according to a certain strategy.
[0105] In this embodiment, a feature tag is added to identify the access network type. Assume that the name of the newly added feature tag is accesstype, and the value can be "wlan", "wcdma", etc., to identify various access modes.
[0106] see Figure 7 shown, including the following steps:
[0107] 1. The multi-mode terminal accesses the IMS network from the WLAN, initiates a registration request REGISTER, and the request message carries the contact_1 address, and the contact header field is followed by the accesstype parameter that identifies the type of access network. The parameter is assigned to wlan, indicating access from the WLAN network . After the request message is forwarded by the corresponding entity, it reaches the S-CSCF (...
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