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ReaderTransmit_20070715
- RFID读卡器与标签之间在AWGN和加入其它读写器干扰下的BER仿真，及频谱仿真。在SIMULINK下的-Between RFID tag reader and add in the AWGN and the interference of other reader of the BER simulation, and the spectrum simulation.
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
CRC_and_check
- 使用C语言实现的CRC校验码的生成添加以及校验。开发环境是Visual Studio2010-Add, and check the CRC code generation using C language. The development environment is Visual Studio2010
HARQ-CC
- WiFi情况下，第一类HARQ协议仿真，采用了汉明码和CRC校验，加高斯白噪声，研究吞吐量，平均重传等-WiFi case, the first class of the HARQ protocol simulation, using the Hamming code and CRC check, add white Gaussian noise to study the throughput, average retransmission
Relay-to-Unet
- 本文讨论的是基于Unet框架，Relay引起的结构变化。在UNet框架下，Relay主要引起三个大模块的变化：网元、覆盖、容量仿真。另外，Relay对于工程框架也有少量影响，但仅限于添加新的图标等-This discussion is based on Unet framework, Relay induced structural changes. In UNet framework, Relay module mainly caused by three big changes: NE, c
How-add-awgn-to-signal
- By using these matlab codes one can simulate awgn in any system and cam add it to any signal for further analysis
How-to-get-SNR-in-cognitive-radio
- monte carlo simulation. to run the above simulation input" [y1,y2,y3,y4]= ed(0,1,25,2) " in command window. the "g" in the code above represents the normalisation i.e it represents variance(signal)/variance (noise) as SNR= power(signal)/power(n
openlte_v00-10-00
- This is openlte Version 00.10.00. November 15, 2013: Version 00.10.00 is available. Added the first version of a simple eNodeB application using USRP B2X0 with DL transmit only functionality. Future versions will add UL functionality beginning with
64QAM_baseband_system_receiver
- 64QAM基带系统接收机matlab代码：添加AWGN噪声，进行接收端匹配滤波器，8倍下采样，解调信号。-64QAM baseband system receiver matlab code: add AWGN noise, matched filter receiving end, eight times the down-sampling, the demodulated signal.
start
- 运用PSD CPSD方法进行信道估计，不需要信道先验知识，可灵活添加功能，用于FBMC系统研究，性能优越-Use PSD CPSD method for channel estimation, the channel does not require prior knowledge, the flexibility to add functionality, FBMC System for superior performance