Automatic association of local area network station addresses with a repeater port

Claim 3

A method as in claim 1 wherein one or more of the multiple-port repeaters are connected to a bridge, and the step of forwarding the selected network address is performed by the bridge.

Claim 4

A method as in claim 1 wherein the multiple-port repeaters are interconnected with one another such that a predetermined port number is used as the common port between repeaters.

Claim 5

A method as in claim 1 additionally comprising the steps of: maintaining a list of network addresses for the stations connected to the network; selecting a network address from the list of network addresses, and forwarding it to one of the repeaters; maintaining the repeater port number indicator associated with the network address in a list; and periodically repeating the above steps to maintain a list of repeater port numbers for each of the network addresses.

Claim 6

A method as in claim 4 wherein the step of maintaining a list of network addresses maintains a list of network addresses for the stations connected to a workgroup segment in the network.

Claim 7

A method as in claim 4 wherein one or more of the multiple-port repeaters are connected to a bridge, and the step of maintaining a list of the network addresses is performed by the bridge.

Claim 8

A method as in claim 4 wherein one or more of the multiple-port repeaters are connected to a bridge, and the steps of selecting a network address from the list of network addresses, maintaining the repeater port number indicator, and periodically repeating the above steps to maintain a list of repeater port numbers are performed by the bridge.

Claim 9

A method as in claim 4 wherein one or more of the multiple-port repeaters are connected to a bridge, and the step of maintaining the repeater port number indicator associated with the network address in a list is performed by the bridge.

Claim 10

A method as in claim 1 wherein the indicator of the repeater port number includes both a particular repeater number and a port number of a particular repeater.

Claim 13

A method as in claim 10 wherein the multiple-port repeaters are interconnected with one another such that a predetermined port number is used as the common port between repeaters.

Claim 16

An apparatus as in claim 12 wherein one or more of the multiple-port repeaters are connected to a bridge, and the means for forwarding the network address is disposed within the bridge.

Claim 17

An apparatus as in claim 12 wherein the multiple-port repeaters are interconnected with one another such that a predetermined port number is used as the common port between repeaters.

Claim 18

An apparatus as in claim 12 additionally comprising: means for maintaining a list of network addresses for the stations connected to the network; means for selecting a network address from the list of network addresses, and for forwarding the network address selected thereby to one of the repeaters; means for maintaining the repeater port number indicator associated with a given network address in a list; and means for iterating through the list of network addresses to maintain a list of repeater port numbers for each of the stations connected to the network.

Claim 19

An apparatus as in claim 15 wherein one or more of the multiple-port repeaters are connected to a bridge, and the means for maintaining a list of the network addresses is disposed within the bridge.

Claim 20

An apparatus as in claim 15 wherein the indicator of the repeater port number includes both a particular repeater number and a port number of a particular repeater.

Claim 21

An extended local area network for automatically determining the location of a network station, wherein the network includes a bridge having a workgroup port and a backbone port, and the network includes a plurality of multiple-port repeaters, the multiple-port repeaters each having a plurality of repeater ports, with at least one repeater port connected to the workgroup port of the bridge, so that at least one port of each repeater is connected in parallel with at least one port of the other repeaters and in parallel with the workgroup port of the bridge, and at least one of the remaining ports of at least one of the multiple-port repeaters is connected to a local area network segment including a plurality of network stations interconnected by a network medium, wherein the bridge further comprises: memory means, for storing the addresses of the stations connected to the bridge, and a repeater number and repeater port number for each station address; means for reading a selected station address from one of the locations in the station address table memory, and for forwarding the selected station address to the multiple-port repeaters; means for receiving a port number value and a repeater number value from one of the multiple-port repeaters in response to sending a repeater port value request control message to the repeaters; means for storing the received port number value and repeater number in the memory means; and wherein the multiple-port repeaters each comprise: means for storing the selected station address; means for comparing the selected station address to the source address portion of incoming messages received on the plurality of repeater ports, and for determining if the selected station address is equal to the source address of an incoming message; means for determining the port number associated with the port on which the incoming message was received; and means for forwarding the port number value to the bridge in response to receiving a port value request control message.

Claim 22

An extended local area network for automatically determining the location of a network station, wherein the network includes a bridge having a workgroup port and a backbone port, and the network includes a plurality of multiple-port repeaters, the multiple-port repeaters each having a plurality of repeater ports, with at least one repeater port connected to the workgroup port of the bridge, so that at least one port of each repeater is connected in parallel with at least one port of the other repeaters and in parallel with the workgroup port of the bridge, and at least one of the remaining ports of at least one of the multiple-port repeaters is connected to a local area network segment including a plurality of network stations interconnected by a network medium, wherein the bridge further comprises: memory means, for storing the addresses of the stations connected to the bridge, and a repeater number and repeater port number for each station address; means for reading a selected station address from one of the locations in the station address table memory, and for forwarding the selected station address to the multiple-port repeaters; means for receiving a port number value and a repeater number value from one of the multiple-port repeaters in response to sending a repeater port value request control message to the repeaters; means for storing the received port number value and repeater number in the memory means; and wherein the multiple-port repeaters each comprise: means for storing the selected station address; means for comparing the selected station address to the source address portion of incoming messages received on the plurality of repeater ports, and for determining if the selected station address is equal to the source address of an incoming message; means for determining the port number associated with the port on which the incoming message was received; and means for forwarding the port number value to the bridge in response to receiving a port value request control message.

Claim 23

An extended local area network as in claim 18 wherein the multiple-port repeaters further comprise: means for determining a repeater number associated with each repeater; and means for forwarding the repeater number value to the bridge in response to receiving a port value request control message.

Claim 24

An extended local area network as in claim 18 wherein the memory means in the bridge further comprises: a station address table memory, having a plurality of memory locations for storing the addresses of the stations connected to at least the workgroup port of the bridge; a repeater number table memory, having a plurality of locations, with a repeater number location associated with each location in the station address table memory; and a repeater port table memory, having a plurality of locations, with a repeater port number location associated with each location in the station address table memory.