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daimahekuangtu
- ，用MATLAB实现快跳频通信系统的仿真。主要应用了SIMULINK和COMMUNICATION BLOCKETS两个模块。整个设计包括了信源产生部分、发送部分、跳频调制部分、信道部分、接收部分和结果分析部分共六个模块，核心技术是伪随机序列的产生和频率合成器的设计，而关键技术是收发两端的伪随机码元的同步。伪随机码的产生用S－函数编程来开发自己的SIMULINK模块。同步的实现是收发两端采用相同的扩频脉冲触发。而且在设计中每个模块都采用了模块封装技术，从而简化了框图结构-Using MATLAB
8
- 8单径瑞利信道中的四发四收V-BLAST： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量16QPSK调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 (2) 计算所设计方案的频谱效率是多少，单位为bit/Hz/s。-8 Single-Path Rayleigh Channel Four received four V-BLAST: (1) Please design a specific guide-a
simulink
- rake接收机matlab实现 完成相关接受的信道相关估计算法-rake receiver matlab achieve complete acceptance of the relevant channel estimation algorithm
classic-spectrum
- Simulink产生一单径瑞利信道，其多普勒谱为经典谱，其中移动速率为120km/h。-Simulink produce one single-Path Rayleigh channel, the Doppler spectrum for the classical spectrum, one of the mobile rate of 120km/h.
BER_for_BPSK_in_Rayleigh_channel
- Simulate "BER for BPSK in Rayleigh channel" use simulink(mathlab)
OFDM_sync
- Matlab的OFDM在多径Rayleigh信道下的同步 1. 假设频率已同步，设计OFDM一种具体的采用循环前缀进行时间同步方法，用Simulink进行仿真，画出比特信噪比与捕获概率的关系曲线。 2. 设时间已同步，设计OFDM一种具体的采用循环前缀进行频率同步方法，用Simulink进行仿真，画出比特信噪比与频率同步误差的关系曲线.-Matlab-OFDM in multipath Rayleigh channel synchronization 1. Assume th
ofdm
- 6. 在三条径的瑞利信道中，对于OFDM： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量BPSK调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 -6. In the three path Rayleigh channel, for OFDM: (1) Please design a specific guide-assisted channel estimation method, the Sim
Basedon Matlab Simulink simulation
- Based on Matlab / Simulink simulation of ballistic missile three-channel-Based on Matlab/Simulink simulation of ballistic missile three-channel
Simulink
- 采用Simulink仿真工具，通过对二元对称信道的仿真，研究信道编码（如卷积码等）对误码率的改善情况。-Simulink simulation tool used, through the binary symmetric channel simulation to study the channel coding (such as convolutional codes, etc.) on bit error rate improvement.
bpsk-qam-simulink
- 文件包含bpsk,qam,在awgn和瑞利信道下的仿真，可以运行适合通信研究人员使用。-File contains bpsk, qam, in awgn and Fading Channel simulation, you can run for communication researchers.
OFDM_4QAM_R14
- OFDM/Simulink matlab procedure, at different signal to noise ratio, the system compares the SER and BER. The use of Rayleigh fading channel.
WCDMA-FDD-Simulink-Models
- ＷＣＤＭＡ ＦＤＤ 物理层ｍａｔｌａｂ仿真-The WCDMA Physical Layer Demo consists of an end-to-end (transmitter-to-receiver) simulation of the Frequency Division Duplex (FDD) Downlink physical layer for several Dedicated Channels (DCH) as specified by the 3GPP standard (
binary-symmetric-channel-
- 用MATLAB SIMULINK实现BSC二进制对称信道建模和误码率测试模型-BSC in MATLAB binary symmetric channel bit error rate modeling and testing model
matlab-for-ofdm-and-channel-estimate
- 一个包含信道估计和均衡的ofdm系统的matlab程序 实用易懂-Includes a channel estimation and equalization of ofdm matlab program practical and easy to understand system
channel-simulink
- 衰落信道幅值仿真编程：对瑞利衰落信道进行仿真，并加上高斯白噪声，通过输入不同的信噪比 比较其误码率变化-Amplitude fading channel simulation programming: on the Rayleigh fading channel simulation, and add white Gaussian noise, by entering a different signal to noise ratio to compare their error rate ch
missile-3-channel-simulink
- 本文主要通过极点配置法，设计了导弹三通道的控制系统，整体性能达到了设计的基本要求，在导弹垂直上升阶段及俯仰阶段，分别选取特征点进行仿真，达到了垂直发射中姿态角控制的要求。但是，采用极点配置法设计的控制律仍存在许多不足，短时间内具有良好的性能，而某一时刻之后系统将面临着严重的振荡。可以考虑采用其它方法重新设计，或是多种控制方法的结合，扬长避短，可获得更为理想的效果。-In this paper, the pole placement method, the design of a missile
channel-Simulink
- 对高斯，瑞利，莱斯信道的Simulink仿真。分别比较在不同信道中相同信噪比下的误码率-For Gauss, Rayleigh, Rician channel simulation Simulink.Compared respectively in different channels the same SNR BER
simulink(s-function)
- 用SIMULINK的S-FUNCTION代码编写的BPSK仿真，在瑞利信道和白色高斯噪声信道两种条件下。-The S-FUNCTION with the SIMULINK code written BPSK simulation, the Rayleigh channel and white Gaussian noise channel under two conditions.
channel-simulink
- 信道仿真 仿真了信道哦啊含有加性高斯白噪声状态下的信道特性-Channel simulation case which contains the additive white Gaussian noise channel fading emulator good one
802.11a simulink
- 基于WiFi 802.11a协议的无线通信系统的开发 端到端的802.11a的物理层，自适应调制，前向纠错码，ofdm传输，高斯白信道仿真 Viterbi解码等(End-to-end 802.11a physical layer * All mandatory and optional data rates: 6, 9, 12, 18, 24, 36, 48, and 54 Mb/s * BPSK, QPSK, 16-QAM, 64-QAM modulations * Forwa