Autonomous network fault detection and management system
First Claim
1. An autonomous geo-referenced fault data storage and management system for a transmission line network, the system comprising:
- a server comprising a data server and a network interface adapted to be linked to a communication network, the data server comprising a database and a filtering module;
said network interface comprising an application server for receiving and relaying management data to the server, and a data exchange server for receiving and relaying fault data to the server, the fault data comprising at least one of geo-referenced ingress data and geo-referenced egress data, and the management data comprising at least one of user data, administrator data and fault status data,said server for autonomously updating the database by incorporating the relayed data in said database to provide stored data, said filtering module for autonomously avoiding a redundancy between said relayed data and said stored data when updating said stored data.
1 Assignment
0 Petitions
Accused Products
Abstract
The invention provides an autonomous geo-referenced fault data detection, storage and management system and method for transmission line network such as cable distribution networks, based on an application server architecture, wherein autonomous means automatic and without the need of human intervention. The system comprises a server having a database and a network interface adapted to be linked to a communication network, the network interface for receiving and relaying data to the server, the data comprising at least one of fault data and management data, the fault data comprising at least one of geo-referenced ingress data and geo-referenced egress data and the management data comprising at least one of user data, administrator data and fault status data, the server autonomously updating the database by incorporating the relayed data in the database to provide a stored data.
-
Citations
21 Claims
-
1. An autonomous geo-referenced fault data storage and management system for a transmission line network, the system comprising:
-
a server comprising a data server and a network interface adapted to be linked to a communication network, the data server comprising a database and a filtering module; said network interface comprising an application server for receiving and relaying management data to the server, and a data exchange server for receiving and relaying fault data to the server, the fault data comprising at least one of geo-referenced ingress data and geo-referenced egress data, and the management data comprising at least one of user data, administrator data and fault status data, said server for autonomously updating the database by incorporating the relayed data in said database to provide stored data, said filtering module for autonomously avoiding a redundancy between said relayed data and said stored data when updating said stored data. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
-
-
11. A method, based on an application server architecture, for providing an autonomous geo-referenced fault data storage and management for a transmission line network, the method comprising:
-
receiving data and autonomously relaying said data to a server, wherein said data comprises at least one of fault data and management data, and wherein the fault data comprises at least one of geo-referenced ingress data and geo-referenced egress data and wherein the management data comprises at least one of user data, administrator data and fault status data; and autonomously updating a database by incorporating the relayed data in the database to provide stored data; wherein said autonomously updating comprises autonomously avoiding a redundancy in the database by; associating to said fault data a geo-referenced fault data range in relationship with an intensity of said fault data; finding in the database a found geo-referenced stored data located within said geo-referenced fault data range; selecting between said found geo-referenced stored data and said fault data to provide a selected data, wherein the selected data has the highest intensity; and if the selected data is the fault data, replacing in the database the found geo-referenced stored data by the fault data; and if the selected data is the found stored data, not including the fault data in the database. - View Dependent Claims (12, 13, 14, 15, 16, 17, 18, 19)
-
-
20. An autonomous geo-referenced fault data storage and management system for a transmission line network, the system comprising:
-
a server comprising a database and a network interface adapted to be linked to a communication network; said network interface for receiving and relaying data to the server, the data comprising at least one of fault data and management data, the fault data comprising at least one of geo-referenced ingress data and geo-referenced egress data, and the management data comprising at least one of user data, administrator data and fault status data; and at least one vehicle equipped with an automatic fault detection device (AFDD), wherein the AFDD is adapted to autonomously detect a fault in said transmission line network while the vehicle is traveling in a territory occupied by said transmission line network, the AFDD being adapted to autonomously relay the detected fault as fault data to said communication network for providing an autonomous fault detection and management system, said at least one vehicle traveling along a trajectory not systematically intended for fault detection, said server for autonomously updating the database by incorporating the relayed data in said database to provide stored data.
-
-
21. An autonomous geo-referenced fault data storage and management system for a transmission line network, the system comprising:
-
a server comprising a database and a network interface adapted to be linked to a communication network, said network interface for receiving and relaying data to the server, the data comprising at least one of fault data and management data, the fault data comprising at least one of geo-referenced ingress data and geo-referenced egress data, and the management data comprising at least one of user data, administrator data and fault status data, and at least one vehicle equipped with an automatic fault detection device (AFDD), wherein the AFDD is adapted to autonomously transmit a geo-referenced RF signal in said transmission line network while the vehicle is traveling in a territory occupied by said network, said at least one vehicle traveling along a trajectory not systematically intended for fault detection, said server for autonomously updating the database by incorporating the relayed data in said database to provide stored data.
-
Specification