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normal_beamforming
- 宽带时延波束形成仿真程序，通俗易懂，适于初学-broadband beamforming simulation procedures, user-friendly and suitable for beginners
An_Adaptive_Jitter_Buffering_Algorithm_for_Voice_o
- 当IP语音包的网络时延抖动较小时，一般的语音缓冲算法可以得到较好的语音质量。当网络中存在突发大时延时，就会出现极大丢包率或极大端到端时延，从而难以获得好的语音质量。为此，提出针对突发大时延下的自适应语音缓冲算法。通过估算网络平均时延和学习语音包经过的网络路径上的状态，来确定需要控制端到端时延大小和语音包的丢包率，动态调整Jitter Buffer队列的最小深度和最大深度，从而可以尽量减小语音裂缝（gap）的出现。通过基于听觉模型的客观音质评价（PESQ）仿真计算以及在实际语音网关设备中的应用表明
11b
- 基于NS2,对wlan 802.11性能进行仿真，如吞吐量、时延等。-Based on NS2, the simulation on the wlan 802.11 performance, such as throughput, delay and so on.
doppler
- 多普勒效应的描述，适用于各种多普勒时延情况，可以由仿真图形观察各种情况对应的结果-Descr iption of the Doppler effect, Doppler delay applicable to various circumstances, can be observed from the graphical simulation results corresponding to various situations
Bflddc_d_4_aaa
- 一种基于分数低阶协方差仿真的时延估计问题，其基本本思想是运用两个接收信号的相关函数来估计时间延迟。 -Based on fractional lower order covariance simulation delay estimation problem, the basic of this thinking is the use of the correlation function of the received signal to estimate the time delay.
timedelay-phase
- 一种表述光纤光栅光学特性的源程序，用于仿真光纤光栅时延特性-An expression of the optical properties of the fiber grating source for simulation fiber grating delay characteristics
Lab1-Windows1
- 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。 通过该实验，进一步巩固和深刻理解数据链路层误码检测的CRC校验技术，以及滑动窗口的工作机理。滑动窗口机制的两个主要目标：(1) 实现有噪音信道环境下的无差错传输 (2)充分利用传输信道的带宽。在程序能够稳定运行并成功实现第一个目标之后，运
OFDM_xunhuanzixiangguang
- OFDM的自相关循环函数，信道模型为6径的瑞丽衰减信道，时延等都包括，循环自相关相关图，切面图等（其中蒙特卡洛仿真次可以任意修改，一般为200次）-OFDM cyclic autocorrelation function of the channel model is 6 diameter Ruili fading channel, delay and so include cyclic autocorrelation correlation diagram, Plan, etc. (inclu
dataliink.c
- 计算机网络数据链路选择性重传实验。 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，信道提供字节流传输服务，网络层分组长度固定为256字节。-Computer network data link selective retransmission experiment. Design of a sliding window protocol in simulation pro
unicast
- 无线通信系统模拟单播通信协议的仿真代码，测试单播网络吞吐量，申请时延等参数-The wireless communication system simulation unicast communication protocol simulation code, test unicast network throughput, latency and other parameters apply
starNetW2
- 无线通信系统模拟组播通信协议的仿真代码，测试组播网络吞吐量，申请时延等参数-The wireless communication system simulation multicast communication protocol simulation code, test multicast network throughput, latency and other parameters apply
yc_proj4_duobo
- 无线通信系统模拟多播通信协议的仿真代码，测试多播网络吞吐量，申请时延等参数-The wireless communication system simulation multicast protocol simulation code, test multicast network throughput, latency and other parameters apply
aloha
- 无线通信系统模拟aloha通信协议的仿真代码，测试单播网络吞吐量，申请时延等参数-Aloha wireless communication system simulation communication protocol simulation code, test unicast network throughput, latency and other parameters apply
matlab
- DPSK信道的matlab仿真，误码率，时延，汉明信道编码-Channel DPSK matlab simulation, error rate, delay, Hamming channel coding
LTE_UL
- 仿真过程中，将改进算法那与经典算法进行比较，通过对仿真数据如系统时延、系统丢包概率以及系统吞吐量的比较分析，评估改进算法的正确性和性能。-Simulation process, the improved algorithm that compares with the classical algorithm, through the simulation data system latency, packet loss probability of the system as well as a
LTE_UL_Sc
- 仿真过程中，将改进算法那与经典算法进行比较，通过对仿真数据如系统时延、系统丢包概率以及系统吞吐量的比较分析，评估改进算法的正确性和性能。-Simulation process, the improved algorithm that compares with the classical algorithm, through the simulation data system latency, packet loss probability of the system as well as a
PF_scheduling
- 仿真过程中，将改进算法那与经典算法进行比较，通过对仿真数据如系统时延、系统丢包概率以及系统吞吐量的比较分析，评估改进算法的正确性和性能。-Simulation process, the improved algorithm that compares with the classical algorithm, through the simulation data system latency, packet loss probability of the system as well as a
s_aloha
- 在OPNET上搭建场景，仿真接入算法，使用的是S-ALOHA接入算法，以仿真吞吐量、时延等性能-Build a scene on OPNET, simulation access algorithm, using the S-ALOHA access algorithm to simulate the throughput, latency and other performance
banyuanzhenshiyan
- 仿真半圆基阵的波束形成没错就是这个意思时延法(Simulation of the beamforming of a semicircular array)
data aggregation -matlab
- 对数据融合的过程进行模拟仿真，重点关注时延、能耗等参数(The process of data fusion is simulated and simulated, focusing on the parameters of time delay, energy consumption and so on)