Information reporting/receiving method and device and bearer establishment method and device
A technology for information reception and indication information, which is applied in reception and can solve the problems of not meeting the requirements of business delay, and unable to meet the delay requirements of supporting road safety applications.
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Embodiment A1
[0267] Embodiment A1: Establishing an MBSFN data channel
[0268] In the embodiment, the most common resource-bandwidth will be taken as an example for illustration. Then eNB1 (Source eNB) determines the level of bandwidth required to exchange user plane data according to the number of UEs participating in V2X in the data source cell of each MBSFN area under it and the load information, and requests to establish an X2 user plane with eNB2 (Target eNB) data channel. Figure 12 Schematic diagram of the implementation process of establishing the signaling interaction process for the MBSFN data transmission channel of the X2 interface. As shown in the figure, the basic signaling interaction process may include:
[0269] Step 1201, eNB1 sends an MBSFN data channel establishment request to eNB2;
[0270]Step 1202, eNB2 sends an MBSFN data channel establishment response to eNB1.
[0271] In specific implementation, one data channel establishment message may be used to establish on...
Embodiment A2
[0326] Example A2: Update data channel configuration
[0327] In the embodiment, the most common resource-bandwidth will be taken as an example for illustration. The situation described in this embodiment is as follows: when the UE quantity information, load information, and cell list contained in the MBSFN area in the data source cell of each MBSFN area change, the configuration of the corresponding data channel needs to be updated. Figure 13 Schematic diagram of the implementation flow for the configuration update process of the MBSFN data transmission channel on the X2 interface. As shown in the figure, the basic signaling interaction process may include:
[0328] Step 1301, eNB1 sends an MBSFN data channel update request to eNB2;
[0329] Step 1302, eNB2 sends an MBSFN data path update confirmation to eNB1.
[0330] In specific implementation, one data channel update message may be used to update only one data channel, or one data channel update message may be used to s...
Embodiment A3
[0370] Example A3: Deactivate / Release Data Channel
[0371] The situation described in this embodiment is as follows: if the Source eNB decides that MBSFN transmission is no longer needed, it should request the Target eNB to release the reserved resources and release the user plane data channel. Figure 14 It is a schematic diagram of the implementation flow of the deactivation / release process of the MBSFN data transmission channel on the X2 interface. As shown in the figure, the basic signaling interaction process may include:
[0372]Step 1401, eNB1 sends an MBSFN data channel deactivation / release message to eNB2.
[0373] During implementation, multiple channels can be deactivated or released in the data channel deactivation or release message, and the content can be as follows:
[0374] Deactivate / release the eNB ID of the X2MBSFN channel,
[0375] Deactivated / released user plane data channel ID or ID list.
[0376] 2. Implementation of information transmission between ...
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