The network layer displays times spent waiting on network I/O.
网络层显示了花费在等待网络I/O上的时间。
The network time is calculated on the client and represents the time spent blocking on network I/O.
网络时间是在客户端上计算，该时间表示花费在网络 I/O堵塞上的时间。
The top section is most important, as it really helps you get an understanding of what processes are eating up network I/O time.
顶部的部分是最重要的内容，因为它可以帮助您了解哪些进程占用了过多的网络I/O 时间。
The impact of network I/O on the UI thread is easy to miss during development because you're likely to be on a fast network with low latency.
由于在开发时网络可能很快而且延迟很小，所以很容易忽视 网络I/O在UI线程上造成的影响。
This article covered the relative importance of the network I/O subsystem, and defined the AIX 7 network I/O layers and how it relates to the OSI Model.
本文介绍了网络I/O子系统的相对重要性，定义了AIX7 网络 I/O层，并阐述了如何将它与 OSI Model 联系起来。
But through the network I know, xiamen and Cardiff actually had a lot of spirit likeness place!
但通过网络我了解到，厦门与卡迪夫竟然有着许多的神似之处！
I'm also grateful to my other family - the support network I found here in America - for encouraging me to pursue my dreams.
我同样感激我的其他家人——我在美国找到的支持我的人——是他们鼓励我追求梦想。
Virtual I/O lowers costs and enables simplified server management by using fewer cards, cables, and switch ports, while still achieving full network I/O performance.
由于使用更少的卡、线缆和交换机端口，虚拟I/O可以降低成本并简化服务器管理，同时仍然实现出色的网络 I/O 性能。
The new architecture of embed browser lower-layer successfully decoupled the executing relationship between lower-layer modules, and improved the efficiency of network I/O operation.
在此基础上设计并实现的浏览器底层架构，有效减少了各个模块之间互相牵制的可能性，提高浏览器网络I/O操作的效率。
For my virtual network, I bound it to the eth0 adapter specifically.
对于我的虚拟网络，我特别地将它绑定到eth0适配器。
There are benefits and drawbacks to each of these settings, depending on your perspective. For "Who can invite you to their network?" I chose "People in your extended network. "
根据你的偏好不同，这些设置各有优劣。如：“哪些人可以邀请您加入他们的网络？”我选择的是“你扩展网络中的联系人”。
If I have too many people in my social network, I cannot pay enough attention to each of them, and without attention, relationships fade.
如果我的圈子里人数太多，我就无法集中精力和每个人联系，无法集中精力，这种关系也就会逐渐消失。
On this basis, study the characteristics of non-inferior Nash equilibrium points in power spot market under different operational conditions of power network, i. e., congestion and non-congestion.
在此基础上，探讨了在输电网阻塞和不阻塞情况下，电力现货非劣纳什均衡点的特性。
On this basis, study the characteristics of non-inferior Nash equilibrium points in power spot market under different operational conditions of power network, i. e., congestion and non-congestion.
在此基础上，探讨了在输电网阻塞和不阻塞情况下，电力现货非劣纳什均衡点的特性。
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