In this case, you can see the raw Ethernet, IP, and TCP packet data, including the source and destination host information and packet options.
在这个示例中，您可以看到原始以太网、IP和TCP数据包，包括源、目标主机的信息以及数据包选项。
The problem that can occur with TCP is when a rogue client forges an IP packet with a bogus source address, then floods a server with TCP SYN packets.
当恶意客户机使用虚假的源地址来伪造一个IP报文时，TCP就会出现问题了，这会大量 TCPSYN报文攻击服务器。
The first command allows port 22 (TCP is the default option) from a source of your IP address.
第一条命令认可来自您的IP地址的一个源的端口22 (TCP是默认选项)。
If necessary, TCP can also split large packets into smaller ones so that data can travel reliably between source and destination.
如果需要的话，TCP也可以把一个大的数据包分成小的包来使数据能在通信双方之间稳定地传输。
Transport Layer protocols, such as the Transmission Control Protocol (TCP), the User Datagram Protocol (UDP), specify a source and destination port number in their packet headers.
传输层协议，诸如传输控制协议（TCP），用户数据报协议（UDP）， 会在它们的头部指定一个资源和目的地的端口号。
Source port-the TCP or UDP port number assigned by the originating computer for this packet, for example, port 1080.
源端口号——源计算机为TCP或udp分配的端口号，例如，1080。
Due to the end-to-end essence of TCP, the source algorithm of congestion control can't acquire enough information of intermediate network to control traffic ideally.
由于TCP端到端的本质，拥塞控制的源算法无法利用网络中的具体信息进行理想地拥塞控制。
The round trip transmitted delay from source to destination has a great adverse effect on the stability and rapidity of the transmission control protocol (TCP) congestion control.
源端到目的端的往返传输时延将给TCP拥塞控制的稳定性和快速性带来极大的不利。
Congestion control algorithms are composed of TCP source algorithm and IP link active queue management algorithm.
拥塞控制算法由TCP源算法和IP链路主动队列管理算法构成。
The weakness in Internet Protocol is that the source host itself fills in the IP source host id, and there is no provision in TCP/IP to discover the true origin of a packet.
IP协议中最脆弱的策略就是让源主机自己填写源IP地址，并且在TCP／IP协议中也没有提供一种机制来验证源IP地址的真实性。
Increasing UDP deteriorates the ability of TCP to control congestion and is a source of high drop rates.
不断增加的UDP数据流恶化了TCP控制拥塞的能力，而且是引起高丢包率的原因之一。
Source adjusts the number and the rate of layers in terms of feedback from receivers. Receivers calculate local bandwidth through TCP model and form feedback used in source.
源端根据接收端的反馈调节多播层次数目及各层传输速率，接收端根据TCP吞吐量模型计算本地允许带宽，进行层次的接收及形成对源端调节的反馈。
Source adjusts the number and the rate of layers in terms of feedback from receivers. Receivers calculate local bandwidth through TCP model and form feedback used in source.
源端根据接收端的反馈调节多播层次数目及各层传输速率，接收端根据TCP吞吐量模型计算本地允许带宽，进行层次的接收及形成对源端调节的反馈。
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