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A business method of autonomous network and autonomous network

A network and autonomous cloud technology, applied in the field of communication, can solve the problems of consumers displaying video communication services, unable to "guarantee" the quality of network transmission, etc., and achieve the effects of easy scalability, stable rate, controllable delay, and improved stability

Active Publication Date: 2022-07-19
上海乾廷网络科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0036] Current equipment manufacturers recommend dozens or even hundreds of megabits of ultra-broadband access networks for each household. Even if each household has fiber-to-the-home, it is still difficult to provide consumers with quality-assured video communication services
No matter how complicated the QoS method is, it can only "improve" the transmission quality of the IP Internet at best, but cannot "guarantee" the network transmission quality

Method used

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  • A business method of autonomous network and autonomous network
  • A business method of autonomous network and autonomous network
  • A business method of autonomous network and autonomous network

Examples

Experimental program
Comparison scheme
Effect test

example 1

[1269] Example 1. Single autonomous cloud network access

[1270] like Figure 25 As shown, it is assumed that the autonomous cloud C2 is located at the second layer in the autonomous network. For the sake of simple description, the border sub-control server and the border router are ignored, the main control server A2 and the terminal sub-control server B21, the terminal sub-control server B22 and the terminal sub-control server B23 is connected to the same switching network, the terminal sub-control server B21 is connected to the same switching network as the terminal T21 and terminal T22, and the terminal sub-control server B22 is connected to the same switching network as the terminal T23 and terminal T24, and the terminal sub-controller B22 is connected to the same switching network. The server B23 is connected to the same switching network as the terminal T25 and the terminal T26.

[1271] S1, device initialization.

[1272] S11, the main control server A2 is powered o...

example 2

[1406] Example 2. Multi-autonomous cloud network access

[1407] like Figure 26 As shown, it is assumed that the autonomous cloud C2 is located at the second layer of the autonomous network, and the autonomous cloud C3 is located at the third layer of the autonomous network, and the autonomous cloud C2 is connected with the autonomous cloud C3 multiplexing the border router M21. For simple description, the terminal is ignored.

[1408] In the autonomous cloud C2, the main control server A2, the terminal sub-control server B21, the border sub-control server B22, and the border router M21 are connected in the same switching network.

[1409] In the autonomous cloud C3, the main control server A3, the terminal sub-control server B31, the border sub-control server B32, and the border router M31 are connected to the same switching network, and the border sub-control server B32, the border router M21, and the border router M22 are connected to another. in the switching network.

...

example 3

[1537] Example 3. Configuring a multicast link in a single autonomous cloud (no multicast address replacement inside the autonomous cloud)

[1538] like Figure 25 As shown in the figure, it is assumed that the autonomous cloud C2 is located at the second layer of the autonomous network. For the sake of simple description, the border sub-control server and the border router are ignored, the main control server A2 and the terminal sub-control server B21, the terminal sub-control server B22, and the terminal sub-control server B23 The terminal sub-control server B21 is connected to the same switching network as the terminal T21 and the terminal T22, and the terminal sub-control server B22 is connected to the terminal T23 and the terminal T24 in the same switching network, and the terminal sub-control server B22 is connected to the same switching network. B23 is connected to the same switching network as the terminal T25 and the terminal T26.

[1539] 1. Create a data source for...

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Abstract

The embodiments of the present application provide a service communication method for an autonomous network and an autonomous network, the autonomous network includes a plurality of autonomous clouds distributed by layers, and the method includes: a master control server in an autonomous cloud receives a global data sink the service request; the master server in one or more autonomous clouds creates a global multicast link from the global data source to the global data sink in the autonomous cloud to which it belongs according to the service request; one or more autonomous clouds The master control server in the cloud controls the global data source and the global data sink in the autonomous cloud to which it belongs to perform business communication through the global multicast link control. Each autonomous cloud can become an independently operating centralized control network, which improves the stability of the autonomous network.

Description

technical field [0001] The present invention relates to the technical field of communication, in particular to a service communication method of an autonomous network and an autonomous network. Background technique [0002] Networks, including the Internet, enable the exchange of information and other information resources between different individuals and institutions. A network usually includes technologies such as access, transmission, signaling, and network management. These techniques have been widely found in various literatures. [0003] Access technologies for connecting terminals to a wide area transport network (such as terminal devices and local area loops at the edge of the network) have evolved from 14.4, 28.8 and 56K modems to include ISDN, T1, cable modem, DSL, Ethernet and wireless connected technology. [0004] Transmission technologies used in wide area networks today include: Synchronous Optical Network (SONET), Dense Wavelength Division Multiplexing (D...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): H04L41/0654H04L41/0823H04L41/12H04L67/1004H04L67/1097H04L67/51H04L9/40
CPCH04L41/0654H04L41/0823H04L41/12H04L63/0218H04L63/08H04L67/1004H04L67/1097H04L67/51
Inventor 陆宏成杨春晖
Owner 上海乾廷网络科技有限公司
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