Cutover alarm filtering method for mobile communication engineering
A technology of engineering cutover and filtering method, applied in the direction of radio/induction link selection and arrangement, selection of devices, etc., can solve problems such as alarms that cannot be filtered, and achieve the effect of improving operation and maintenance work efficiency, reducing ineffectiveness, and avoiding ineffectiveness
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Embodiment 1
[0039] Embodiment 1: Relay and signaling port level alarm filtering (see attached table 1, 2):
[0040] When the traffic network management alarm monitoring platform receives an alarm on a trunk circuit or a signaling link port, it first needs to go to the resource management system to query the "occupancy status" of the port. If it is "idle", it means that the port is not in use and does not carry services. Then the alarms generated on this port need to be filtered and do not need to be presented to maintenance personnel. The specific implementation method is as follows:
[0041] 1) Classify and sort out relay circuit port alarms and signaling port alarms:
[0042] After sorting and analyzing the alarms of the trunk port and signaling port of the switching device, it is found that the alarm message contains the number of the trunk port or signaling port and the name of the switch. Take the alarm of the Ericsson trunk circuit port as an example as follows:
[0043] ***ALARM...
Embodiment 2
[0053] Embodiment 2: Alarm filtering for base station controller engineering commissioning (see attached tables 3 and 4).
[0054] During the commissioning of the new BSC (base station controller) or the engineering cutover of the BSC serving the network at night, many major alarms will be generated. These alarms are caused by engineering reasons and are invalid alarms. The appearance of these alarms has brought some interference to the normal monitoring work, and certain measures need to be taken to filter these alarms on the network management side.
[0055] 1) Added engineering alarm filtering during BSC (base station controller) commissioning
[0056] For newly added BSCs that are not connected to the network, modify the status of the BSC to either "deletion confirmed" or "deletion unconfirmed". Search the configuration information of the BSC in the configuration system (see attached table 3), and extract the "confirmation status" of the BSC. If it is "Delete Confirmed"...
Embodiment 3
[0059] Embodiment 3: Cell out-of-service alarm filtering caused by project cutover (see attached table 5).
[0060] The out-of-service alarms for communities in Hebei Province have been included in the centralized monitoring and operation and maintenance work, and centralized and automatic distribution of community out-of-service fault work orders has been realized. However, due to reasons such as network optimization and parameter adjustment, it is often necessary to perform cutover adjustments to the base stations of the existing network. In this way, a large number of invalid cell outage alarms will be generated. If these alarms are not processed and all work orders are dispatched, it will greatly interfere with normal operation and maintenance work and increase the workload of maintenance personnel. Therefore, it is necessary to filter out service alarms caused by these projects.
[0061] The filtering of cell out-of-service alarms only depends on the "network element eng...
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