大多数的网络嗅探器也能够解码和解密特定的数据包内容，这能够帮助您研究一个已知协议的内容。
Most of the network sniffers will also decode and decipher specific packet contents, which will help you when you want to study the content of a recognized protocol.
解码网络传输最复杂的是网络数据包中信息的级别。
The primary complexity behind decoding network transmission is the levels of information that are provided within the network packets.
这些工具能够帮您捕捉和解码数据包，通常也能为您执行大多数的协议分析。
These provide a combination of both capturing and decoding content for you, often performing the bulk of the protocol analysis process for you.
这个窗口分成三个主要部分：过滤的数据包列表、解码的协议明细和HEX/ASCII格式的原始数据包数据。
The window is divided into three main sections: the list of filtered packets, the decoded protocol details, and the raw packet data in hex/ASCII format.
处理来自tcpdump的另一个方法是将原始网络数据包数据保存到一个文件中，然后处理这个文件以便查找和解码出您想要的信息。
Another way to process the content from tcpdump is to save the raw network packet data to a file and then process the file to find and decode the information that you want.
该方法在中继节点通过校验码等方式判别来自两个终端的数据包是否正确解码后，自适应地进行网络编码、中继转发处理。
Traditional network coding has a limited application for assuming the input packets from two destination nodes can be simultaneously decoded correctly at the relay node.
接收机只有在误码率能够达到预先设定的要求的前提下，才对用户传送的信息进行解码，否则，接收机报告数据包冲突。
The receiver decodes the messages only when an error probability requirement is satisfied, otherwise the receiver reports a packet collision.
现有的基于视频内容的离线检测方法需要解码数据包，且匹配算法复杂度高，不适于数据量庞大的流媒体服务器或网关做实时检测。
Current methods for identifying the video need decode the frame and have high complexity which is not suitable for real-time detection in places of mass data like gateway and multi-media server.
您可以检查，保存，过滤器，进口和出口捕获的数据包，查看协议解码与广泛的协议，超过70分析的最低层。
You can examine, save, filter, import and export captured packets, view protocol decodes down to the lowest layer with full analysis of over 70 widespread protocols.
通过手动完成数据包的编码和解码过程，有效地处理了基于SNMP4J的MAS网络管理开发中遇到的编码问题。
By manually encoding and decoding the packet, the method effectively deals with the MAS-based SNMP4j development of network management problems encountered in coding.
通过手动完成数据包的编码和解码过程，有效地处理了基于SNMP4J的MAS网络管理开发中遇到的编码问题。
By manually encoding and decoding the packet, the method effectively deals with the MAS-based SNMP4j development of network management problems encountered in coding.
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