Research of effective TCP/IP communication on Ethernet

为了扩展万兆网络，服务器可以通过TCP/IP协议进行高速通信。TCP/IP协议检测数据包丢失并假设通信路径中可用的最大带宽。通常用于网络连接的以太网接口以其最大媒体速率传输来自TCP/IP协议栈的数据。当TCP/IP协议用于利用平均通信速率时，以太网在最大媒体速率下产生分组丢失。为了避免这些数据包丢失，我们试图调整从TCP/IP协议栈到以太网接口的传输速度。我们将在Linux服务器中检验其效果。

According to spread the 10 Gigabit network, servers could communicate in high speed by TCP/IP protocol. TCP/IP protocol detects packet loss and assumes available maximum bandwidth in the communication path. An Ethernet interface, generally used in network connection, transmits data putting from TCP/IP protocol stack at its maximum media rate. When TCP/IP protocol used for exploiting the average communication rate, an Ethernet generates packet loss at the maximum media rate. To avoid these packet losses, we tried to adjust the transmission speed from TCP/IP stack to Ethernet interface. We examine its effect in Linux servers.