From the course: 5G Accessibility KPI Engineering and Optimization
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Registration failure rate
From the course: 5G Accessibility KPI Engineering and Optimization
Registration failure rate
(light music) - [Instructor] So we talked about the different steps that are involved in the UE registration initially, and we have seen that there are the different nodes that are present to have the registration request completion possible. Now there could be a failure at any step. It could be at air interface between the UE and the gNodeB, or it could be between the gNodeB and the core network, or the AMF in that case. Any failure happening between these nodes during the transaction of these messages, which we have seen earlier from the RRC connection to the UE registration completion, there could be a failures and that could lead to the registration failure rate. We understand that these failures can have the issues with the availability, and of course the user authentication or could be the signaling-related problems. There is a formula for that when the first message goes for the UE registration attempt, and once it is…
Contents
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5G NR registration process3m 26s
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(Locked)
UE registration messages6m 29s
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(Locked)
Network registration success rate2m 14s
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(Locked)
Registration failure rate3m 31s
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(Locked)
Mean time to registration3m 10s
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(Locked)
Registration abnormality rate1m 23s
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(Locked)
Network slice selection assistance information (NSSAI)2m 26s
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(Locked)
Network slice selection during registration4m 46s
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(Locked)
AMF selection and NSSAI handling in 5G registration3m 34s
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(Locked)
NW slice registration success rate3m 5s
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(Locked)
Mean registered subscribers2m 15s
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(Locked)
Registration failures: Root causes5m 23s
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