Hardware components and software design of network transport protocols are separately introduced.
介绍系统硬件组成及网络传输协议的软件设计。
Network type independence includes support for different protocols simultaneously on the same physical transport.
网络类型独立性包括同时在同一物理传输介质上支持不同的协议。
Select network transport method, choosing among low-level protocols such as sockets, RMI, URLs, files, and so on.
选择网络传输方法，并在低级协议(如套接字、RMI、URL和文件等等)之中选择。
Similarly for new transport protocols, we have made it very easy to extend our network-layer support to meet customer demands.
同样，对于新生的传输协议，我们也能很容易地扩展我们的网络层支持以支持客户需求。
The data transmission on the basis of existing file transport protocols can not well adapt to some of the particularities in the interactive teaching network.
基于现有的各种文件传输协议实现数据传输虽然高效并且容易实现，但不能很好地适应互动网络教学中文件传输的某些特殊性。
The existing techniques mainly analyze network layer protocols and transport layer protocols.
当前主要方法是对网络层和传输层协议进行分析。
In the article, we discuss various visualization methods that depict the running of satellite network transport layer protocols and provide software to achieve the goal of visualization using MFC.
本文讨论表现卫星网络传输层协议运行的可视化方法，并在MFC编程环境下设计了实现仿真结果二维可视化的软件。
In the article, we discuss various visualization methods that depict the running of satellite network transport layer protocols and provide software to achieve the goal of visualization using MFC.
本文讨论表现卫星网络传输层协议运行的可视化方法，并在MFC编程环境下设计了实现仿真结果二维可视化的软件。
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