Community network system with broadband integrated services

• US 20060190627A1
• Filed: 05/19/2003
• Published: 08/24/2006
• Est. Priority Date: 09/09/2002
• Status: Abandoned Application

• Current Assignee: Dongchao Cheng, Guiming Fang, Qiong Liu, Zhimei Wu, Zhiqiang Shi
• Original Assignee: Dongchao Cheng, Guiming Fang, Qiong Liu, Zhimei Wu, Zhiqiang Shi
• Inventors: Liu, Qiong, Cheng, Dongchao, Fang, Guiming, Wu, Zhimei, Shi, Zhiqiang
• Application Number:
  US10/526,516
• Publication Number:
  US 20060190627A1
• Time in Patent Office: Days
• US Class Current: 709/249
• CPC Class Codes: H04L 12/2801 Broadband local area networks

Abstract

A community network system with broadband integrated services includes video servers, video storages, video conference servers, satellite digital television receiver servers, a network accounting server, a network management server, Gigabit Ethernet Switches, Fast Ethernet switches, home gateways, wireless gateways, digital television sets, analogue television sets, computers, PCs with wireless interface, stationary IP telephones, and wireless IP mobile phones. The IP stationary phone can be connected between the Fast Ethernet switch and the home gateway, and also can be connected between the home gateway and the computer. The wireless gateway is connected to the mobile phone and a mobile device. The satellite digital television receiver server is connected to a satellite signal receiver antenna. The backbone Gigabit Ethernet Switch is connected to a Metropolitan Area Network via a 1000 Mbps or 100 Mbps port. The system simultaneously provides the services of digital television, Internet access of the computer and IP telephone. The present invention achieves the service integration of television network, telephone network and computer network, and the integration of wired and wireless networks, and ensures the qualities of various services, information security and reasonable accounting.

Claims

1. A community network system with broadband integrated services which is composed of satellite digital television receiver servers, community video servers, video conference servers, network accounting servers, network management servers, Gigabit Ethernet Switches, Fast Ethernet switches, home gateways, digital television sets, analogue television sets, computers, IP telephones, wireless gateways, wireless IP mobile phones and PCs with a wireless interface, and which is characterized in that the backbone Gigabit Ethernet Switch of the system is connected to other Gigabit Ethernet Switches via a 1000 Mbps port, and is connected to the satellite digital television receiver server, the video server, the video conference server, the network accounting server, and the network management server via a 1000 Mbps port or a 100 Mbps port;

the Gigabit Ethernet Switches are connected to a plurality of Fast Ethernet switches via a 100 Mbps port;

the Fast Ethernet switches are connected to a plurality of home gateways and wireless gateways via 10/100 Mbps compatible ports;

the home gateways are connected to the digital television, the analogue television, and the computer;

the IP telephone is connected between the Fast Ethernet switch and the home gateway or between the home gateway and the computer;

the wireless gateways are connected to the wireless IP mobile phone and the PC with a wireless interface via a radio link;

the video server is connected to a video storage;

the satellite digital television receiver server is connected to an outdoor antenna for receiving satellite data signals;

the backbone Gigabit Ethernet Switch is also connected with a metropolitan area network via a 1000 Mbps port; and

software system.

2. The system according to claim 1, wherein the satellite digital television receiver server is an industrial PC with digital television receiver card which is connected to an outdoor antenna;

the video server may be one or more PC servers with disk array;

the video conference server is composed of a PC, a video capture card, a camera, and a microphone;

a PC functions as the network management server;

a PC functions as the network accounting server;

according to the configuration, the Gigabit Ethernet Switch can provide 1 to 6 1 000 Mbps ports or 8 to 48 100 Mbps ports;

one 1000 Mbps interface module is exchangeable with eight 100 Mbps interface modules;

the Fast Ethernet switch provides 16 to 32 10/100 Mbps compatible ports;

the home gateway provides two or more 10 Mbps or 10/100 Mbps ports, in which one port is connected to one Fast Ethernet switch, and the other ports are connected to the IP telephone, the home computer or other devices;

a 15D type VGA interface, an S-Video interface, a composite video interface, a right sound channel interface and a left sound channel interface are used to send audio/video signals to television sets and audio devices;

an infrared link is between a remote control unit and a remote controller;

the wireless gateway is connected to a plurality of mobile phones or mobile PCs wirelessly, and is connected to the Fast Ethernet switch or the Gigabit Ethernet Switch through one 10 Mbps or 10/100 Mbps port.

3. The system according to claim 1, wherein the software system mainly includes embedded operation system, routing protocols, multicasting protocols, QoS protocols, SNMP protocols, digital television reception and demultiplexing, video on demand system, network management for an access network and network accounting.

4. The system according to claim 1, wherein the system uses an asymmetric VLAN technique to achieve the separation of user information, and uses IP addresses and MAC addresses of devices in the home gateway as well as the VLAN numbers allocated in the system to validate the users'"'"' identities.

5. The system according to claim 1, wherein there is no mosaic appearance in the digital television sets within 2 hours in average;

the average duration of the mosaic appearance is no more that 0.5 second;

the television channel switchover response is within 0.5 second, and the channel switchover is completed within 3 seconds;

the VoD response is within 0.5 second, and the successful play begins within 3 seconds.

6. The system according to claim 1, wherein the speed phase locking of the application layer is processed on the home gateway.