并在MPC860T硬件平台上设计路由器接口驱动程序的实验基础上，提出了一种新的有效的通过对报文缓冲区的管理来解决路由器的接收活锁问题的方法。
Based on MPC860T SCC driver design experiment, this paper brings forward a new and effective solution using buffer management strategy to eliminate routers receive livelocks.
流经网络栈内部的是socket缓冲区(sk_buffs)，它负责在源和汇点之间传递报文数据。
Through the interior of the networking stack flow socket buffers (sk_buffs) that move packet data between sources and sinks.
本文分析和讨论了在采用分组交换的计算机网络中，提高缓冲器使用效率的最佳报文分组，其结论可供设计时参考。
This paper analyses and discusses on the optimal length of packet for increasing efficiency of buffers in packet-switching network. The conclusions are useful in network design.
该模型采用报文分批处理的思想引入了两级缓冲区结构，使得缓存报文和流量统计两个过程同时进行。
Introducing the idea of processing in batches, the model designd two-stage buffer structure to conduct buffering packets and measuring traffic simultaneously.
例如，他们可能会返回一个引用驻留在一个内部消息缓冲区而不是被迫进行复印属性条目和身体值的报文对象。
For instance, they may return a message object that references property entries and body values that reside in an internal message buffer rather than being forced to make a copy.
例如，他们可能会返回一个引用驻留在一个内部消息缓冲区而不是被迫进行复印属性条目和身体值的报文对象。
For instance, they may return a message object that references property entries and body values that reside in an internal message buffer rather than being forced to make a copy.
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