An ACL packet, which can interrupt the regular flow of SCO data.
为一acl数据包，可中断正常的SCO数据流。
The sender utilization seems to be poorly correlated with its load as a function of packet size; so does the "hi"% utilization (hardware interrupt) of the receiver.
发送方利用率似乎与数据包大小的函数加载关系不大，接收方的 "hi"% 利用率 （硬件中断）也是如此。
tcp_input() executes at the s/w interrupt, and picks up the SYN packet from ipintrq, processes it, and places the partially completed socket connection in an incomplete socket queue.
tcp_input()在s/w中断时执行，并从ipintrq 拾取SYN包，对其进行处理，并将部分完成的套接字连接放入完成的套接字队列。
The interface on the destination (the server) receives the incoming SYN packet, places it on the ipintrq queue, and raises a software interrupt.
目的地(服务器)上的接口接收传入syn包，将其放在ipintrq队列中，并引发软件中断。
When an operating system is interrupted because of a hardware event (such as the presence of a packet through a network adapter), the processing begins in an interrupt.
操作系统会因为一个硬件事件而产生中断(例如出现了一个来自网卡的数据包)，对该事件的处理过程从一个中断开始。
And this thesis also analyzed the characteristics of packet receiving interrupt handler and it's Max interference on the other tasks on the same processor with lower priorities.
此外本文还分析了报文接收中断处理程序的时间特性和它对节点上其它任务最大响应时间的影响。
In this thesis, all of four methods are evaluated experimentally, and influences of NAPI and interrupt model on packet capture are analyzed.
本文通过实验对这四种数据包捕获方法进行评估，并且分析了NAPI模式和中断模式对数据包捕获方法的影响。
On the switch side, a server switch can automatically block irrelevant broadcast traffic from a server to eliminate the associated interrupt and packet-discard handling.
在交换机一端，服务器交换机能自动阻断来自某个服务器的无关的广播信息流，以消除相关的中断和包丢弃处理。
On the switch side, a server switch can automatically block irrelevant broadcast traffic from a server to eliminate the associated interrupt and packet-discard handling.
在交换机一端，服务器交换机能自动阻断来自某个服务器的无关的广播信息流，以消除相关的中断和包丢弃处理。
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