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随着以太网技术的发展,用户对业务的实效性和QoS的需求也越来越高。要解决这类问题,首先需要面对网络上传输的信息内容与传输链路协调管理的问题。特别是当网络传输大量的不同级别、不同需求的数据,一旦重要数据长时间延时或所需传输链路带宽不足甚至被占用或突然中断,将会造成极大的损失。针对多WAN口接入、网络负载均衡的运用,首先对传输的数据信息分类,然后根据所获取的每个WAN口链路状态数据,对传输的数据按比例进行分段并通过不同的计算机端口发送,最后通过不同的链路进行传输。
With the development of Ethernet technology, the user’s demand for business effectiveness and QoS is also getting higher and higher. To solve this kind of problem, we first need to face the issue of coordinating the management of information content and transmission links on the network. Especially when the network transmits a large number of different levels and different needs of the data, as long as the important data delay or the required transmission link bandwidth is insufficient or even occupied or abruptly interrupted, will cause great losses. For multi-WAN port access, the use of network load balancing, the first classification of data transmitted information, and then according to the acquisition of each WAN port link status data, the data is transmitted on a pro-rata basis and through different computer ports Send, and finally through different links for transmission.