Flexible data transmission system based on SINET

A technology of data transmission system and intelligent collaborative network, which is applied in the field of computer network, can solve problems such as multi-task queue waiting at the same time, network congestion, and no unified standard for traffic business division, so as to avoid network congestion, fast data transmission, and realize chain The effect of road utilization

Active Publication Date: 2018-09-28
BEIJING JIAOTONG UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0008] (1) There are many different types of services in the network, and different network traffic has very different requirements for QoS. Therefore, there is no unified standard for the division of traffic services, which can easily cause inaccurate division and affect data transmission.
[0009] (2) For different types of business traffic, the network traffic may have the same transmission requirements for QoS. At this time, during data transmission, there will be situations such as multi-task queues waiting at the same time, network

Method used

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  • Flexible data transmission system based on SINET
  • Flexible data transmission system based on SINET
  • Flexible data transmission system based on SINET

Examples

Experimental program
Comparison scheme
Effect test

Example Embodiment

[0147] (1) Example 1: When a service exists in the network

[0148] Suppose that the client C1 initiates a service request to the server S1, and S1 provides services to the client C1 through the forwarding group. Use wireshark to capture and analyze service data packets on ports N7-eth3, N7-eth4, and N7-eth5. The result showed that only the data packet sent to C1 was captured in N7-eth5. N7-eth5 is connected to the N4-eth2 interface, and there is only one single link from the routing component N4 to the client C1 that can transmit data, so the route adapted by the resource manager for the (S1, C1) service is [N7, N4, N2, N1].

Example Embodiment

[0149] (2) Embodiment 2: When the service path fails

[0150] When the (S1, C1) service is in the transmission process, if the link fails, the link needs to be restored as soon as possible or find a backup path in the shortest time to ensure the stability and reliability of service transmission. In this flexible transmission method, because the resource manager calculates the K shortest paths in the routing adaptation stage before the service transmission, in addition to sending the optimal path to the routing component, the remaining K-1 edges are stored in In paths, when the link is disconnected, the resource manager will issue the optimal path among the K-1 paths to the routing component, and there is no need to calculate the path through state awareness. On the one hand, it reduces the burden on the resource manager. On the other hand, it also minimizes the impact of failures on services.

[0151] Through the functional test in the previous step, it is known that the transmiss...

Example Embodiment

[0152] (3) Embodiment 3: When there are two services in the network

[0153] If (S1, C1) services already exist in the network, C2 also initiates a service request to server S2 at this time, and S2 provides services to C2 by adapting to the network group. Because the path [N7, N4, N2, N1] is already occupied by (S1, C1), the resource manager will calculate the optimal path according to the current network status. By capturing packets on the N7-eth3, N7-eth4, and N7-eth5 ports, the data packets sent to C2 are captured on the N7-eth3 port. Because there is only one link between the routing components N7 and N6, it can be determined that S2 is sending The service data to C2 is transmitted through the path [N7, N6, N3, N1], and the resource manager is (S2, C2). The service adaptation path is [N7, N6, N3, N1].

[0154] (4) Embodiment 4: When there are three services in the network

[0155] Two services (S1, C1) and (S2, C2) already exist in the network. At this time, C3 initiates a serv...

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Abstract

The invention provides a flexible data transmission system based on an SINET (Smart Identifier NETwork), comprising a resource management unit and a network assembly unit, wherein the resource management unit comprises a network state sensing module, a network state measuring module and a flexible transmission module, the flexible transmission module is used for calculating K shortest transmissionpaths and determining the optimal transmission path based on a network topology state and a network resource update state obtained by the network state sensing module as well as a network state linkmaximum available bandwidth and delay information measured by the network state measuring module. Through adoption of the flexible data transmission system of the invention, under centralized and unified control of an SINET control plane, the network state and the network assembly behavior are sensed, in combination with parameters such as routing hops, residual bandwidth and link delay, the optimal transmission path can be determined to achieve dynamic adaption and transmission of service resources, and data transmission reliability, network throughput, resource utilization rate are improved,link load balancing is achieved, so as to make up for the deficiency of a shortest routing method.

Description

technical field [0001] The invention relates to the technical field of computer networks, in particular to a flexible data transmission system based on an intelligent collaborative network. Background technique [0002] As the scale of the Internet continues to expand, the number of users and service demands are increasing dramatically. The traditional Internet system based on TCP / IP has gradually exposed many serious drawbacks, such as poor security, insufficient mobility support, poor scalability, and high energy consumption. In the existing network system, the control layer and the data layer of the network routing device are closely coupled. Among them, the control layer is responsible for the calculation and maintenance of the routing table items in the routing device, while the data layer follows the instructions issued by the control layer, in the specified access Complete data forwarding between ports. The tight coupling between the control layer and the data layer...

Claims

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Application Information

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IPC IPC(8): H04L12/721H04L12/729H04L12/803H04L12/26H04L45/125
CPCH04L43/0852H04L43/0894H04L45/123H04L45/125H04L47/125
Inventor 冯博昊权伟张宏科赵允刘刚李光磊于成晓
Owner BEIJING JIAOTONG UNIV
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