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Description: 呵呵，交大网络作业；可靠的数据传输，go back to N；呵呵，错过了就可惜了-Oh, Chiao Tung network operations; Reliable data transmission, go back to N; Oh, it missed on the pity
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Size: 74752 |
Author: 河南 |
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Description: 计算机网络应用中客户端以及服务器端的GBN传输实现过程-computer network application client and server side of the process to realize the transmission buffers
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Size: 28672 |
Author: 徐玉涛 |
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Description: 教学实验源代码：实验对滑动窗口控制协议（GO-BACK-N）的工作原理有进一步的了解
SOCKET(UDP) 通信平台实现点对点数据链路控制规程，基本要求：
※ 建立数据链路
※ 断开数据链路
※ 收发数据
※ 差错控制
※ 与其他人的程序通信
※ 键盘会话
-Teaching Experiment source code: The experiment of sliding window control protocol (GO-BACK-N) of the working principle of a further understanding of SOCKET (UDP) communication platform to achieve point-to-point data link control protocols, the basic requirements: ※ ※ the establishment of data link disconnect the data link to send and receive data ※ ※ ※ error control procedures and other communications ※ keyboard conversation
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Size: 2409472 |
Author: Tony Yau |
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Description: 一个使用UDP编写的GBN协议，有模拟丢包等功能，供学习使用-GBN a written agreement to use UDP, a simulation of packet loss and other functions, for learning to use
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Size: 227328 |
Author: mjw |
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Description: UDP实现可靠数据传输。使用GBN算法，实现了：1.随即丢包(随机数产生器Math.random()) 2.丢包后遇冗余ack重传 3.超时重传 (DatagramSocket和Socket都有成员函数setSoTimeout(delay),通过捕获超时时抛出的IO异常来实现超时重传)-Reliable UDP data transfer. GBN algorithm used to realize: 1. Then packet loss (random number generator Math.random ()) 2. After the case of redundant packet loss retransmission ack 3. Retransmission timeout (DatagramSocket and Socket has a member function setSoTimeout ( delay), by capturing the IO exception thrown during timeout to achieve retransmission timeout)
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Size: 10240 |
Author: nazali |
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Description: 用JAVA实现GBN（go back N）协议。UDP滑动窗口协议是建立在UDP上的应用层协议之上的。传输层使用的仍是UDP,但在应用层使用滑动窗口技术,并通过模拟TCP的一些机制以保证UDP的低协议处理开销和获得高通信可靠性。-JAVA implementation by GBN (go back N) protocol. UDP sliding window protocol is based on UDP protocol on the application layer above. Transport layer is still using UDP, but in the application layer using a sliding window, and some of the mechanisms by simulating TCP UDP to ensure that the low protocol processing overhead and achieve high communication reliability.
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Size: 11264 |
Author: zhaoshu |
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Description: 实现go back n算法，模仿数据链路层的gobackn协议-To implement the Go-Back-N (GBN) protocol on top of UDP on both nodes to guarantee that all packets can
be successfully delivered to the higher layers in the correct order. To emulate an unreliable channel, the receiver or
the sender needs to drop an incoming data packet or an ACK, respectively, with a certain probability.
2.2
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Size: 4096 |
Author: Da Zhou |
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Description: 基于UDP的可靠数据传输实现，模拟了丢包以及超时，实现了GBN协议-UDP based reliable data transmission, simulation of packet loss and timeout, GBN protocol
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Size: 25600 |
Author: 张航 |
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Description: java实现的基于udp的GBN协议，包含滑动窗口，超时重传-Java implementation of the GBN based UDP protocol, including sliding window, timeout retransmission
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Size: 8192 |
Author: 张航 |
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