Dispersed High Level Devices in a Network Environment
A system and method for locating Open System Interconnection (OSI) Layer 3 or higher devices at strategic locations throughout the network. The Layer 3 devices may have additional capabilities, such as wireless connections or other functionality that may benefit both the consumer and network provider. Layer 2 traffic is confined to smaller areas, allowing the main backbone of the network to handle more useful data traffic and less overhead traffic.
1 . A network comprising:
a wide area network connection point device having a connection to the Internet;
a distribution backbone connected to said wide area network connection point;
a subscriber connection point adapted to maintaining a first table comprising the address of at least one downstream device located distally from said wide area network connection point, said first table being located in said subscriber connection point, said subscriber connection point being located off any subscriber's premises; and
a subscriber receiver located within a subscriber's premises.
2 . The network of claim 1 wherein said distribution backbone is a linear broadband network.
3 . The network of claim 1 wherein said distribution backbone comprises a plurality of twisted pair conductors.
4 . The network of claim 1 wherein said wide area network connection point device is a cable modem termination system.
5 . The network of claim 1 wherein said wide area network connection point device is a digital subscriber line access manager.
6 . The network of claim 1 wherein said wide area network connection point is adapted to maintain a second table comprising said address of at least one downstream device, said second table being located in said wide area network connection point.
7 . The network of claim 6 wherein said second table further comprises an address of at least one device on the Internet.
8 . The network of claim 1 wherein said wide area network connection point comprises a router operating at OSI Layer 3 or higher.
9 . The network of claim 1 wherein said subscriber connection point comprises a wired connection to said subscriber premises.
10 . The network of claim 1 wherein said subscriber connection point comprises a fiber optic connection to said subscriber premises.
11 . The network of claim 1 wherein said subscriber connection point comprises a wireless connection to said subscriber premises.
12 . The network of claim 11 wherein said wireless connection comprises a plurality of antennas.
13 . The network of claim 12 wherein said antennas are mounted on different floors of a building.
14 . The network of claim 13 wherein said building is a multi-unit apartment building.
15 . The network of claim 14 wherein said building comprises multiple residences on a floor of said building.
16 . The network of claim 11 wherein said wireless connection comprises at least one directional antenna.
17 . The network of claim 16 wherein said antenna provides a signal directed at a predetermined sector in a substantially horizontal plane.
18 . The network of claim 1 wherein said subscriber connection point is adapted to query said downstream device to determine said address.
19 . The network of claim 1 wherein said subscriber connection point is adapted to implement an address resolution protocol with said downstream device.
20 . The network of claim 1 wherein said subscriber connection point comprises a router operating at OSI Layer 3 or higher.
21 . A multi-floor building comprising:
a messaging distribution backbone spanning several floors;
a wide area network connection point connected to said backbone;
a plurality of subscriber connection points connected to said backbone, said subscriber connection points adapted to maintain a first table comprising the address of at least one downstream device located distally from said wide area network connection point, said first table being located in said subscriber connection point, said subscriber connection points being located off any subscriber's premises; and
a subscriber receiver being located within a subscriber's premises.
22 . The multi-floor building of claim 21 wherein said distribution backbone is a linear broadband network.
23 . The multi-floor building of claim 21 wherein said distribution backbone comprises a plurality of twisted pair conductors.
24 . The multi-floor building of claim 21 wherein said wide area network connection point device is a cable modem termination system.
25 . The multi-floor building of claim 21 wherein said wide area network connection point device is a digital subscriber line access manager.
26 . The multi-floor building of claim 21 wherein said wide area network connection point is adapted to maintain a second table comprising said address of at least one downstream device, said second table being located in said wide area network connection point.
27 . The multi-floor building of claim 26 wherein said second table further comprises an address of at least one device on the Internet.
28 . The multi-floor building of claim 21 wherein said wide area network connection point comprises an OSI Layer 3 router.
29 . The multi-floor building of claim 21 wherein said subscriber connection point comprises a wired connection to a subscriber premises.
30 . The multi-floor building of claim 21 wherein said subscriber connection point comprises a fiber optic connection to a subscriber premises.
31 . The multi-floor building of claim 21 wherein said subscriber connection point comprises a wireless connection to a subscriber premises.
32 . The multi-floor building of claim 31 wherein said wireless connection comprises a plurality of antennas.
33 . The multi-floor building of claim 32 wherein said antennas are mounted on different floors of a building.
34 . The multi-floor building of claim 33 wherein said building is a multi-unit apartment building.
35 . The multi-floor building of claim 34 wherein said building comprises multiple residences on a floor of said building.
36 . The multi-floor building of claim 31 wherein said wireless connection comprises at least one directional antenna.
37 . The multi-floor building of claim 36 wherein said antenna provides a signal directed at a predetermined sector in a substantially horizontal plane.
38 . The multi-floor building of claim 21 wherein said subscriber connection point is adapted to query said downstream device to determine said address.
39 . The multi-floor building of claim 21 wherein said subscriber connection point is adapted to implement an address resolution protocol with said downstream device.
40 . The multi-floor building of claim 21 wherein said subscriber connection point comprises a router operating at OSI Layer 3 or higher.
41 . A subscriber connection point comprising:
a connection to a distribution backbone;
at least one connection to a subscriber receiver;
an address table; and
a processor capable of determining a subscriber device address and storing said address in said address table;
wherein said subscriber connection point is located off any subscriber's premises.
42 . The subscriber connection point of claim 41 wherein said distribution backbone is a linear broadband network.
43 . The subscriber connection point of claim 41 wherein said distribution backbone comprises a plurality of twisted pair conductors.
44 . The subscriber connection point of claim 41 further comprising a wired connection to said subscriber receiver.
45 . The subscriber connection point of claim 41 further comprising a fiber optic connection to said subscriber receiver.
46 . The subscriber connection point of claim 41 further comprising a wireless connection to said subscriber receiver.
47 . The subscriber connection point of claim 46 wherein said wireless connection comprises a plurality of antennas.
48 . The subscriber connection point of claim 47 wherein said antennas are mounted on different floors of a building.
49 . The subscriber connection point of claim 48 wherein said building is a multi-unit apartment building.
50 . The subscriber connection point of claim 49 wherein said building comprises multiple residences on a floor of said building.
51 . The subscriber connection point of claim 46 wherein said wireless connection comprises at least one directional antenna.
52 . The subscriber connection point of claim 51 wherein said at least one directional antenna provides a signal directed at a predetermined sector in a substantially horizontal plane.
53 . The subscriber connection point of claim 41 adapted to query said subscriber device to determine said address.
54 . The subscriber connection point of claim 41 adapted to implement an address resolution protocol with said subscriber device.
55 . The subscriber connection point of claim 41 further comprising a router operating at OSI Layer 3 or higher.
56 . A method of sending messages through a network comprising:
connecting a wide area network connection point to the Internet;
connecting said wide area network connection point to a distribution backbone;
connecting a subscriber connection point to said distribution backbone at a point distal to said wide area network connection point, said subscriber connection point being located off any subscriber's premises;
connecting a subscriber receiver to said subscriber connection point;
connecting a subscriber device to said subscriber receiver;
sending a query from said subscriber connection point to said subscriber device to determine an address for said subscriber device;
sending said address for said subscriber device to said subscriber connection point;
storing said address in a first address table located in said subscriber connection point;
sending said address to said wide area network connection point;
storing said address in a second address table located in said wide area network connection point;
receiving a message for said subscriber device at said wide area network connection point;
transmitting said message from said wide area network connection point to said subscriber connection point based on said address in said second address table; and
transmitting said message from said subscriber connection point to said subscriber device based on said address in said first table.
57 . The method of claim 56 further comprising:
transmitting said address to said wide area network connection point; and
storing said address in a second address table located in said wide area network connection point.
58 . The method of claim 56 wherein said distribution backbone is a linear broadband network.
59 . The method of claim 56 wherein said distribution backbone comprises a plurality of twisted pair conductors.
60 . The method of claim 56 wherein said wide area network connection point device is a cable modem termination system.
61 . The method of claim 56 wherein said wide area network connection point device is a digital subscriber line access manager.
62 . The method of claim 56 wherein said wide area network connection point comprises an OSI Layer 3 router.
63 . The method of claim 56 wherein said connecting said subscriber receiver to said subscriber connection point comprises using a wired connection to a subscriber premises.
64 . The method of claim 56 wherein said connecting said subscriber receiver to said subscriber connection point comprises using a fiber optic connection to a subscriber premises.
65 . The method of claim 56 wherein said connecting said subscriber receiver to said subscriber connection point comprises using a wireless connection to a subscriber premises.
66 . The method of claim 65 wherein said wireless connection comprises a plurality of antennas.
67 . The method of claim 66 wherein said antennas are mounted on different floors of a building.
68 . The method of claim 67 wherein said building is a multi-unit apartment building.
69 . The method of claim 68 wherein said building comprises multiple residences on a floor of said building.
70 . The method of claim 66 wherein said wireless connection comprises at least one directional antenna.
71 . The method of claim 70 wherein said antenna provides a signal directed at a predetermined sector in a substantially horizontal plane.
72 . The method of claim 56 wherein said subscriber connection point is adapted to implement an address resolution protocol with said subscriber device.
73 . The method of claim 56 wherein said subscriber connection point comprises a router operating at OSI Layer 3 or higher.