초록 ▼

This inventions discloses a fault or abnormal status detection mechanism applied to distributed networks considering a shared media. A set of programmed routines executing in every node connected to a distributed network establish pairs of inter-monitoring nodes. At system power up, every node searc

This inventions discloses a fault or abnormal status detection mechanism applied to distributed networks considering a shared media. A set of programmed routines executing in every node connected to a distributed network establish pairs of inter-monitoring nodes. At system power up, every node searches for another free, unpaired node using random timeout messaging generation to prevent collisions of network messages. After all pairs have been formed, a periodic check message is sent from one node to its associated partner (and vice versa) requesting its operating status. A response, containing a node's status, is generated upon receipt of a check message. If an abnormal status is received, or there is no response, a report is sent to a monitoring station or stored as a failure network event. The timeout period, in the order of seconds, between each check message is adjusted according to the number of connected nodes and available network bandwidth. This prevents excessive traffic generation that could affect performance. A longer timeout period, in the order of minutes, indicates when to restart the pair assignation process again, periodically changing all established pairs.

대표청구항 ▼

1. A method for peer-to-peer fault detection for distributed, shared media networks, the method comprising the steps of:Having a distributed network comprising a group of nodes sharing a common communication network supporting point-to-point and broadcast messaging; Using peer-to-peer logic fault de

1. A method for peer-to-peer fault detection for distributed, shared media networks, the method comprising the steps of:Having a distributed network comprising a group of nodes sharing a common communication network supporting point-to-point and broadcast messaging; Using peer-to-peer logic fault detection in which each node finds a pair to establish a peer-to-peer checking mechanism at network power up; Reporting any irregular of non-received responses; Having a node that does not have a node pair send a status report to a paired node; and Having the paired node report any irregular status but not send a reply check message to the node. 2. A network device for peer-to-peer fault detection for distributed, shared media networks comprising:A distributed network comprising a group of nodes sharing a common communication network sorting point-to-point and broadcast messaging; A fault detection means using peer-to-peer logic fault detection in which each node finds a pair to establish a peer-to-peer checking mechanism at network power up; A reporting means reporting any irregular or non-received responses; Having a node that does not have a node pair send a status report to a paired node; and Having the paired node report any irregular status but not send a reply check message.