GIS based centralized fiber fault localization system
Aspects of the present disclosure aim at configuring an optical time domain reflectometry (OTDR) in a central office such that the OTDR is configured to be operatively coupled with and also configured to periodically poll each fiber at defined intervals and compute/store a reflection signature that can be used to compare with future signatures received from subsequent polls of the fiber to determine a fault (e.g., a fiber cut or breakage) between the central office (CO) and one or more optical network unit (ONU) over GIS.
1. A fiber fault localization system (FFLS) comprising:
a central office (CO); and
a hardware operatively coupled with the CO, wherein the hardware comprises an OTDR that is configured to measure reflection signatures of one or more customer premises equipments and compare the measured reflection signatures with stored signatures so as to report any abnormality to the CO;
wherein upon receipt of abnormality information from the OTDR, the CO processes the abnormality information to determine a fault and sends the processed information to an element management system (EMS) so that the EMS sends the processed information or a part thereof to a network management system (NMS) and the NMS sends the processed information or a part thereof to at least an FFLS server,
wherein the FFLS server processes received information and network topological information to issue geographic information system (GIS) based fiber fault localization information including physical distance of the fault from the CO, to the NMS, and
wherein the NMS uses the GIS based fiber fault localization information to accurately indicate exact location and one or more attributes of the fault on a GIS map, the one or more attributes including any or a combination of latitude, longitude, hardware information, date, time and type of the fault.
2. The system of claim 1 , wherein the hardware further comprises an OTDR controller.
3. The system of claim 1 , wherein the OTDR reports the abnormality to the CO by means of an OTDR file.
4. The system of claim 1 , wherein the OTDR measures the reflection signatures of the one or more customer premises equipments at periodic/defined intervals.
5. The system of claim 1 , wherein the hardware is coupled with the one or more customer premises equipments through a passive fiber layout.
6. The system of claim 1 , wherein the NMS is operatively coupled with one or more OTDR's through the CO.