PAL managing method and device, paging realizing method and device
A paging message and called technology, which is applied in network data management, electrical components, wireless communication, etc., can solve problems such as eNB or NeNB having no loop or limited loop, UE is not given, UE cannot be paged, etc.
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no. 1 example
[0221] The first embodiment, such as Figure 9 As shown, the number of eNBs or NeNBs in the IOPS networking is 3, and a mesh network topology can be adopted. Each eNB or NeNB in the IOPS network maintains a PAL master table, and sets a timer for each eNB or NeNB, and the timers are synchronized (Global Positioning System (GPS, Global Positioning System) can be used for synchronization). The PAU update period is set according to the situation of the UE (such as the mobile rate of the UE, etc.). The smaller the UE's mobility rate, the longer the PAU update period; the greater the UE's mobility rate, the shorter the PAU update period.
[0222] When the timer period arrives, the UE can be triggered to perform the PAU process (that is, the UE is triggered to send a PAU request message to the eNB or NeNB), and the eNB or NeNB refers to the current location information of the UE and the situation of the UE (such as the speed and movement trajectory of the UE ( The rate is high, a...
no. 2 example
[0223] Second embodiment, such as Figure 10As shown, the number of eNBs or NeNBs in the IOPS network is 5, and a star network topology can be adopted. Use one of the eNBs or NeNBs in the IOPS network as a centralized controller to manage the PAL tables in all eNBs or NeNBs. A timer is set for each eNB or NeNB, and the timers are synchronized (Global Positioning System (GPS, Global Positioning System) may be used for synchronization). The PAU update period is set according to the situation of the UE (such as the mobile rate of the UE, etc.). The smaller the UE's mobility rate, the longer the PAU update period; the greater the UE's mobility rate, the shorter the PAU update period.
[0224] When the timer period arrives, the UE can be triggered to perform the PAU process (that is, the UE is triggered to send a PAU request message to the eNB or NeNB), and the eNB or NeNB allocates a PAL for the UE according to the current location information of the UE. When the PAL of the UE i...
no. 3 example
[0225] The third embodiment, such as Figure 11 As shown, the number of eNBs or NeNBs in the IOPS network is 4, and a star network topology can be adopted. Use one of the independent network elements in the IOPS network as a centralized controller to manage the PAL tables in all eNBs or NeNBs. A timer is set for each eNB or NeNB, and the timers are synchronized (Global Positioning System (GPS, Global Positioning System) may be used for synchronization). The PAU update period is set according to the situation of the UE (such as the mobile rate of the UE, etc.). The smaller the UE's mobility rate, the longer the PAU update period; the greater the UE's mobility rate, the shorter the PAU update period.
[0226] When the timer period arrives, the UE can be triggered to perform the PAU process (that is, the UE is triggered to send a PAU request message to the eNB or NeNB), and the eNB or NeNB allocates a PAL for the UE according to the current location information of the UE. When ...
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