Method for monitoring quality of link between HNB (Home Node Base station) and HNB GW (Home Node Gateway) as well as system thereof
A link quality and link technology, applied in the field of communication, can solve problems such as inability to effectively monitor link quality
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Embodiment 1
[0048] In this embodiment, for the link quality information sent from HNB to HNB GW, if the link fails (for example, the data packet is intercepted by the IP transmission network), the HMS and HGWMS respectively calculate the HNB side and the HNB GW for the same link quality information The parameter value on the HNB side will be quite different. Under the premise that no statistical error occurs, the parameter value on the HNB side will be greater than the parameter value on the HNB GW side. The specific link quality information includes one of the following: the number of HNB registration requests, The number of UE registration requests, the number of uplink RUA signaling packets, the number of RAB assignment responses in the CS domain, the number of RAB assignment responses in the PS domain, the number of uplink data packets in the CS domain user plane, and the number of uplink data packets in the PS domain user plane. Assuming that the same statistical cycle is configured f...
Embodiment 2
[0062] This embodiment is aimed at the link quality information sent from HNB GW to HNB. If the link fails (for example, the data packet is intercepted by the IP transmission network), the HMS and HGWMS respectively count the HNB side and HNB GW for the same link quality information. The parameter values on the HNB side will be quite different. Under the premise that no statistical error occurs, the parameter values on the HNB side will be smaller than those on the HNB GW side. The specific link quality information includes one of the following: Downlink RUA signaling packets The number of RAB assignment requests in the circuit domain, the number of RAB assignment requests in the packet domain, the number of downlink data packets in the user plane in the circuit domain, and the number of downlink data packets in the user plane in the packet domain. The monitoring method of link quality between HMS and HGWMS, such as Figure 5 shown, including the following steps:
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Embodiment 3
[0083] In this embodiment, the link quality monitoring device firstly determines the corresponding link quality indicators on the HNB side and the HNB GW according to the parameter values of the HNB side and the HNB GW side respectively calculated by the HMS and HGWMS for the same link quality information. side, and then determine the difference between the success rates of the HNB side and the HNB GW side. specific:
[0084] Link quality information includes HNB registration success times Rs and HNB registration request times Rt, and the corresponding link quality index is HNB registration success rate
[0085] Alternatively, the link quality information includes UE registration success times Rs and UE registration request times Rt, and the corresponding link quality index is UE registration success rate
[0086] If the link fails (for example, the data packet is intercepted by the IP transmission network), the corresponding link quality indicators determined by the HM...
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