搜索资源列表
ClientDemo
- 实时监视 实时监视功能有二种播放方式，直接方式和数据回调方式。直接方式是指通过服务器传送过来的视频数据不需要用户自己去解码就能够显示播放，用户只要调用接口CLIENT_API LONG CLIENT_RealPlay(LONG lLoginID, int nChannelID, HWND hWnd),将窗口句柄传入形参hWnd就能够实时播放视频了；数据回调方式是指服务器传送过来的视频数据通过回调函数由用户自己来处理，如果用户需要播放的话，可以调用解码库dhplay.dll解码播放。 多画
AFC
- AFC信道参数估计，实验结果是估计衰落系数和频率偏移-AFC channel parameter estimation, the experimental results is to estimate the fading coefficients and the frequency offset
watterson
- 经典的短波信道模拟程序——wattson模型，比较好用，适当设置参数-Classic short-wave channel simulation program- wattson model, easy to use, the appropriate parameter settings
AFC
- 频率偏差估计由信道参数估计和频率偏差估计两部分组成 环路滤波器设计-Frequency offset is estimated by the channel parameter estimation and frequency offset is estimated that two-part loop filter design
Doppler
- A signal is transmitted using a carrier frequency of 900 MHz. It is transmitted through a multipath channel which can be modelled as Rayleigh fading. Assumingthe Dopper spread as 10Hz and the number of multipaths as 10, generate the Rayleigh
329282MIMO
- 传输环境是移动通信中的重要参数,采用了一种更加普遍的多入多出(MIMO)系统传输模型,在此基础上深入讨论了MIMO的信道结构、系统性能和传播环境之间的关系,指出了针孔信道存在的条件,最后通过仿真指出了在不同的信道条件下MIMO系统的容量别。 -Transmission environment is an important parameter in mobile communications, using a more general Multiple Input Multiple Outp
MSE_compa4re
- Author: Vinay Uday Prabhu E-mail: vinay_u_prabhu@yahoo.co.uk Function: Comparison of the performances of the LS and the MMSE channel estimators for a 64 sub carrier OFDM system based on the parameter of Mean square error Assumptions: The
ESPRIT
- The source code for LS ESPRIT and TLS ESPRIT - an algorithm for channel parameter estimation.-The source code for LS ESPRIT and TLS ESPRIT- an algorithm for channel parameter estimation.
gtxsheji
- 本论文在简要阐述了各种光纤数字传输系统技术及其原理的基础上，通过比选确定出了符合钦州至崇左路段的较先进的光纤数字传输系统方案，确定其光纤通信系统采用SDH传输方案。在SDH传送网分层模型的基础上，对SDH传送网各层功能、信号流程、网络配置作了详细的阐述，同时说明了SDH传送网特有的复用映射原理。根据钦州至崇左路段的实际情况计算确定了系统中的重要参数，选择出了网络拓扑结构，按最坏值设计法进行了中继段长度的计算，编制了网络组织图、通道组织图及通信系统总体框图等。所设计的的高速公路光纤数字传输系统达到
Bureau
- The Nakagami distribution or the Nakagami-m distribution is a probability distribution related to the gamma distribution. It has two parameters: a shape parameter μ and a second parameter controlling spread, ω.
Aeronautical-channel-modeling
- 主要讲解了航空信道模型的仿真实现和参数选择，给出了各信道场景下的接收信号星座图以及概率密度曲线。-Mainly on the aviation simulation channel model implementation and parameter selection are given scenarios each channel received signal constellation and the probability density curve.
channel
- matlab通信信道仿真实验，代码和模块，AWGN信道下的扩频通信仿真，里面有详细的参数设置-matlab communication channel simulation, code and modules, the AWGN channel spread spectrum communication simulation, there are detailed parameter settings
Vect
- 遍历容量仿真程序代码 发送端已知信道参数仿真程序代码-The ergodic capacity simulation program code sender known the channel parameter simulation program code
LMS-for-channel-estimation
- channel parameter identification using least mean square method for new beginners.
WinnnerP-direction-data
- winner+项目信道校正数据，大尺度、小尺度、视距、非视距信道参数校正测量数据-winner+ project channel calibration data, large-scale \ small scales, sight, NLOS channel parameter calibration measurement data
SUI-channel-model
- It is SUI channel model which is for SISO channel model. There are various parameter for various channel environments.
IdealChannelMatrix
- 一个快变信道下的信道，用于产生快变信道下的信道参数，适用于信道估计仿真-A fast varying channel channel, used to produce fast time-varying channel parameter channel, suitable for channel estimation simulation
channel_matrix-V1
- 典型的MIMO链路级信道模型，可以参考使用，包括AWGN,信道参数设置，天线配置等-A typical MIMO channel link-level model, can refer to the use, including the AWGN, channel parameter settings, antenna configuration, etc.
The-multi-channel-data-acquisition
- 采用NI公司的PCI-6224多功能数据采集(DAQ)板卡并基于图形化的LabVIEW进行编程，设计了多通道数据采集与显示系统。该系统可通过完整的人机交互界面进行试验参数设置和功能选择，并可对数据采集卡上传的数据进行实时显示和处理，并具有数据存储、回放及波形重新显示功能。-This paper employs the NI PCI-6224, a multifunctional data acquisition (DAQ) board , a multi-channel data acquisi
SAGE_singlepolar_antenna_v1_6
- 这是一个信道参数提取算法，sage算法的程序，非常有用.(This is a channel parameter extraction program based on matlab, Sage algorithm that is very useful.)