Network broadcasting system

• US 20030147388A1
• Filed: 09/12/2002
• Published: 08/07/2003
• Est. Priority Date: 02/01/2002
• Status: Abandoned Application

• Current Assignee: Farstone Technology Incorporated
• Original Assignee: Farstone Technology Incorporated
• Inventors: Jinag, Stone, Qin, Simon
• Application Number:
  US10/242,046
• Publication Number:
  US 20030147388A1
• Time in Patent Office: Days
• US Class Current: 370/390
• CPC Class Codes: H04L 12/18 for broadcast or conference , e.g. multicast

Abstract

A network broadcasting system and methodology that unifies WAN protocol and LAN protocol. According to the invention, the network broadcasting system includes a server end and a client end. The server end includes at least one controlling unit and at least one processing unit, and the client end includes at least one receiving unit. The controlling unit is coupled to the processing unit, and the receiving unit is coupled to the processing unit. The receiving unit coupled to the processing unit receives information, orders and requests from the controlling unit to broadcast communication between the controlling unit and the receiving unit.

Claims

1. A network broadcasting system, comprising:

a server end including a controlling unit and a processing unit, said controlling unit coupled to said processing unit via a WAN; and

a client end including a receiving unit, said receiving unit coupled to said processing unit via a LAN, wherein

said receiving unit receives a message from said controlling unit to broadcast communication.

2. The network broadcasting system according to claim 1, wherein said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said processing unit includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said processing unit.

3. The network broadcasting system according to claim 1, wherein said processing unit transmits said processed message to said receiving unit, and said receiving unit receives said processed message from said controlling unit through said processing unit.

4. The network broadcasting system according to claim 1, wherein said processing unit sends a response of said receiving unit as feedback back to said controlling unit.

5. The network broadcasting system according to claim 1, further comprising:

a communicating protocol for communicating said message from said controlling unit to said receiving unit.

6. The network broadcasting system according to claim 1, further comprising:

a monitoring unit for monitoring said receiving unit to communicate status of said receiving unit to said controlling unit, wherein

said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said processing unit includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said processing unit, and said monitoring unit monitors a part of said at least one computer of said receiving unit through a part of said at least one computer of said processing unit.

7. The network broadcasting system according to claim 2, wherein said message is transmitted to a part of said at least one computer of said receiving unit through a part of said at least one computer of said processing unit.

8. A network broadcasting system, comprising:

a server end including a controlling unit and a processing unit, said controlling unit coupled to said processing unit via a WAN; and

a client end including a receiving unit, said receiving unit coupled to said processing unit via a LAN, wherein

said LAN and said WAN use a communicating protocol to communicate a message from said controlling unit to said receiving unit.

9. The network broadcasting system according to claim 8, wherein said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said processing unit includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said processing unit.

10. The network broadcasting system according to claim 8, wherein said processing unit transmits said processed message to said receiving unit, and said receiving unit receives said processed message from said controlling unit through said processing unit.

11. The network broadcasting system according to claim 8, wherein said processing unit sends a response of said receiving unit as feedback back to said controlling unit.

12. The network broadcasting system according to claim 8, further comprising:

a monitoring unit for monitoring said receiving unit to communicate status of said receiving unit to said controlling unit.

13. The network broadcasting system according to claim 12, said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said processing unit includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said processing unit, and said monitoring unit monitors a part of said at least one computer of said receiving unit through a part of said at least one computer of said processing unit.

14. The network broadcasting system according to claim 9, wherein said message is transmitted to a part of said computers of said receiving unit through a part of said computers of said processing unit.

15. A network broadcasting system, comprising:

a server end including a controlling unit, a first processing unit and a second processing unit, said controlling unit coupled to said first processing unit via a LAN, said first processing unit coupled to said second processing unit via a WAN; and

a client end including a receiving unit, said receiving unit coupled to said second processing unit via a LAN, wherein

said receiving unit coupled to said second processing unit receives a message from said controlling unit to broadcast communication.

16. The network broadcasting system according to claim 15, wherein said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said first and said second processing unit each includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said second processing unit.

17. The network broadcasting system according to claim 15, wherein said second processing unit transmits said processed message to said receiving unit, said receiving unit receives said message from said controlling unit through said first and said second processing unit, and said second processing unit sends a response of said receiving unit as feedback back to said controlling unit.

18. The network broadcasting system according to claim 15, further comprising:

a communicating protocol for communicating said message from said controlling unit to said receiving unit, wherein

said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said first and said second processing unit each includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said second processing unit, said message is transmitted to a part of said at least one computer of said receiving unit through a part of said at least one computer of said first and said second processing unit.

19. The network broadcasting system according to claim 15, further comprising:

a monitoring unit for monitoring said receiving unit to communicate status of said receiving unit to said controlling unit.

20. The network broadcasting system according to claim 19, wherein said controlling unit includes at least one computer for controlling screen broadcast, voice broadcast and screen monitoring, said first and said second processing unit each includes at least one computer for processing said message from said controlling unit, and said receiving unit includes at least one computer for receiving said message from said second processing unit, said monitoring unit monitors said part of said at least one computer of said receiving unit through said part of said at least one computer of said first and said second processing unit.