Multilink aggregation control device for cloud computing network

Abstract

The invention discloses a multilink aggregation control device for a cloud computing network. The multilink aggregation control device comprises a plurality of gateways connected with an external network and an internal network of the cloud computing network. The device is characterized by also comprising a link aggregation control unit which is used for adjusting a network load flow direction list and a gateway external network address list so as to realize dynamic dispatching of the number of access loads on different access links. According to the multilink dynamic aggregation technology, the access cost of a high-performance network can be effectively reduced, the efficiency of an access link can be improved, and the multilink aggregation control device has the advantages of strong transplantation, high stability and remarkable effect.

Description

technical field [0001] The invention relates to a cloud computing network multi-link aggregation control device. Background technique [0002] With the continuous advancement of information technology, people's requirements for the performance of information service networks continue to increase, especially in the fields of aviation and engineering simulation. Cloud computing networks can meet such application requirements in LANs, but in WANs, they provide services for many users. Providing timely and efficient services is still limited by the access bandwidth. [0003] At present, the general high-speed access methods are such as ADSL and optical fiber access. However, the access bandwidth can range from several megabytes, several gigabytes, or even ten gigabytes. However, due to factors such as expensive access equipment and unscientific access methods, it is still As a result, the high-performance cloud computing network cannot play its due performance, and the excellen...

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Problems solved by technology

[0003] At present, the general high-speed access methods are such as ADSL and optical fiber access. However, the access bandwidth can range from several megabytes, several gigabytes, or even ten gigabytes. However, due to factors such as expensive access equipment and unscientific access methods, it is still As a result, the high-performance cloud computing network cannot play its due performance, and excellent information resources cannot be widely used.

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