One or more nodes on the mesh network may be configured as a bridge node that employs a MAC bridge.

A receiving node adjacent to the disruption forms a bridge isolating the disruption and sends an acknowledgement signal back to a signaling node.

Upon receipt of the acknowledgement signal, the signaling node also forms a bridge.

A tag transmitter acts as a network node and bridge between the loosely coupled networks.

One or more nodes on the mesh network may be configured as a bridge node that employs a MAC bridge.

The Bluetooth scatter network comprises a number of master nodes (M1, M2) and slave nodes (S11, S12, S13, S22, S21, B) of which at least one node functions as a bridge node (B).

Because each node may have more than one parent, a bridge, or shortcut may exist between network branches.

The network node can bridge communications between the station and the communications network.

A phantom root bridge may be created that does not correspond to an actual network forwarding node, and this phantom root bridge may have a bridge identifier which is used by network forwarding nodes as the root bridge.

The function node is set as a child node of the general node corresponding to the processing object to execute the processing corresponding to the function node while the general node is set as a parent node of the function node.

A preferred target node for a node is a target node for a restoral route when that node is the source node of the restoral route.

A node receives a neighbor discovery message from a neighbor node.

The graphical images include an order node, result node and flow node.

The system includes a source node, a destination node and a penultimate node.

Systems and methods for establishing a telecommunications bridge between a user device and a node are provided herein.