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提供对滑动窗口协议的实验演示
- 教学实验源代码，提供对滑动窗口协议的实验演示，协议分层和协议软件的设计与实现有基本的认识利用所学数据链路层原理，自己设计一个滑动窗口协议并在仿真环境下编程实现有噪音信道环境下的 可靠的双工通信。信道模型为 8000bps 全双工卫星信道，信道传播时延 270 毫秒，信道误码率为 10-5，信道提供字节流传输服务，网络层分组长度在240~256字节范围,Teaching experiment source code, on the Sliding Window Protocol provides
datalink
- 利用数据链路层原理，设计一个滑动窗口协议并在仿真环境下编程实现有噪音信道环境下的可靠的双工通信。信道模型为8000bps 全双工卫星信道，信道传播时延270 毫秒，信道误码率为10-5，信道提供字节流传输服务，网络层分组长度在240~256字节范围。-Data link layer using the principle of a sliding window protocol design and simulation environment in the programming channe
csma
- 基于OPNET单信道CSMA协议仿真 主要描述了在全连通网络下的信道接入时延和吞吐量-OPNET-based single-channel CSMA protocol describes the simulation of the major network connectivity in the whole channel access delay and throughput
GObackn
- 数据链路层滑动窗口协议的设计与实现：利用所学数据链路层原理，自己设计一个滑动窗口协议，在仿真环境下编程实现有噪音信道环境下 两站点之间无差错双工通信。信道模型为8000bps 全双工卫星信道，信道传播时延270毫秒，信道误码率 为10-5，信道提供字节流传输服务，网络层分组长度固定为256字节-Data link layer sliding window protocol design and implementation: use their data link layer theor
gbn
- ALTERNATING BIT AND GO-BACK-N NETWORK EMULATOR: Network properties: - one way network delay averages five time units (longer if there are other messages in the channel for GBN), but can be larger - packets can be corrupted (either the h
AlternatingBit
- ALTERNATING BIT AND GO-BACK-N NETWORK EMULATOR Network properties: - one way network delay averages five time units (longer if there are other messages in the channel for GBN), but can be larger - packets can be corrupted (either the hea
Despite its support of prioritized services
- Despite its support of prioritized services, the IEEE 802.11e Enhanced Distributed Channel Access (EDCA) cannot guarantee strict QoS required by real-time services such as voice and video without proper network control mechanisms. To over
Selective
- 数据链路层滑动窗口协议的设计与实现源码 信道模型为8000bps 全双工卫星信道，信道传播时延270 毫秒，信道误码率为10-5，信道提供字节流传输服务，网络层分组长度在240~256字节范围。-Sliding window data link layer protocol design and implementation of source-channel model 8000bps full-duplex satellite channel, the channel propagati