资源列表
DFT
- DFT矩阵的matlab实现,广泛应用于各种DFT的实现以及电路应用-the implementation of the DFT matrices，it can be widely used in different kinds of circuits.
5110
- 在51单片机开发平台上开发程序，并使用液晶点阵显示开发者的姓名！-51 microcontroller development platform, the development of the program, and use the LCD dot matrix display the name of the developer!
QR
- QR分解是球形MIMO检测算法必不可少的环节,本代码采用m语言描述了QR分解分解具体怎么实现,而不是直接调用matlab内部函数,采用的是QR分解的脉动阵列结构,据此代码可轻易实现QR分解的FPGA设计-QR decomposition is an essential part of the spherical MIMO detection algorithm, the code uses QR decomposition decomposition m language to describe
lvboqi
- 我上机实验时在matlab环境上编写的一个关于滤波器的程序文件。-This is a file about filter builded in matlab.
identify
- 用神经网络的方法来自动识别2FSk/2PSK/2ASK-Method using neural networks to automatically identify 2FSk/2PSK/2ASK
soft_demodule
- 用于学习软判决解调算法,文件中包含用于算法描述的文献,以及对应matlab代码,支持PSK,QPSK,16-QAM,64-QAM四种调制方式-Demodulation algorithm for learning soft decision, contained in the file for the algorithm described in the literature, as well as the corresponding matlab code support PSK, QPSK,
cylinder
- 用于电磁场建模，主要分析计算传输线类型的电磁场分布情况和辐射强度。-For electromagnetic field modeling, analysis to calculate the transmission line type of electromagnetic field distribution and radiation intensity.
matlab
- 可以实现跳频和直序列通信仿真，对于初学者可以参考一下-Frequency hopping and direct-sequence communication simulation
excel_bidui
- 自己工作需要，编写的，用来比对excel内容做标记-On Excel content marking
MIMO_OFDM
- MIMO-OFDM系统链路仿真，其中收发天线数为2x2，OFDM符号子载波数为64，MIMO检测算法采用迭代检测算法，有助于理解MIMO-OFDM系统，以及迭代接收机原理-MIMO-OFDM system link emulation, wherein the number of transceiver antenna 2x2 OFDM symbol number of subcarriers is 64, the MIMO detection algorithms using iterativ
newViterbi217
- 基于IEEE802.11n标准,采用verilog语言设计的(2,1,7)卷积码viterbi译码器,支持1/2,2/3,3/4,5/6四种码率的译码,以测试无误-IEEE802.11n standard Verilog language design (2,1,7) convolutional code viterbi decoder support 1/2, 2/3, 3/4, 5/6 four bit rate decoding to test and correct
SumDiff_angle_measure
- 相控阵天线和差测角仿真程序,帮助理解相控阵跟踪过程-Phased array antenna and the difference between the measured angle simulation program to help understand phased array tracking process