以太信道是一种端口链路聚合技术。
链路聚合提供了跨多个交换机路由通信流的机制，有助于防止交换机造成的网络故障。
Link aggregation provides a mechanism for routing traffic across multiple switches in the case of a network failure of a switch.
可以使用链路聚合设备把两个物理适配器连接在一起，让它们看起来像一个适配器一样。
A link aggregation device can be used to connect two physical adapters together to look like one adapter.
SEA把这个链路聚合设备(LNAGG)当作一个物理适配器对待。
The SEA treats the link aggregation device (LNAGG) as though it is a physical adapter.
这样就可以通过SharedEthernetAdapter（ent16-ent18）把这个链路聚合设备映射到一个虚拟设备（ent13 - ent15）。
This allows you to map the link aggregation device to a virtual device (ent13 - ent15) via a Shared Ethernet Adapter (ent16 - ent18).
可选步骤：创建链路聚合适配器。
在lsdev命令的输出中，可以看到链路聚合设备(ent10-ent12)就像是一个物理适配器。
In the output from our lsdev command, you can see that the link aggregation device (ent10 - ent12) looks like a physical adapter.
创建链路聚合设备之后，需要把它映射到虚拟适配器。
Once the link aggregation device has been created, it needs to be mapped to a virtual adapter.
针对这一问题，本文设计并开发了一个基于多链路聚合技术的无线实时视频传输系统。
To solve this problem, the paper designs and implements wireless real-time video transmission system based on multi-link aggregation.
为了验证本文提出的基于多链路聚合技术的无线实时视频传输系统，本文分别在模拟环境下和实际环境下进行了相关测试。
In order to verify the proposed wireless real-time video transmission system, the paper evaluates it in the real world and simulation environments.
为了验证本文提出的基于多链路聚合技术的无线实时视频传输系统，本文分别在模拟环境下和实际环境下进行了相关测试。
In order to verify the proposed wireless real-time video transmission system, the paper evaluates it in the real world and simulation environments.
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