搜索资源列表
qpsk_rayleigh&awgn_ber&powerspec
- qpsk调制在awgn/rayleigh信道下的误码性能比较，以及信号的功率谱和星座图-QPSK modulation in awgn / Rayleigh Channel Performance Comparison of error, and the signal power spectrum and constellation
QPSK(matlab)
- QPSK调制与解调在matlab平台上的实现。能以图形的方式显示其工作过程以及计算相应的误码性能。-QPSK modulation and demodulation in Matlab platform is realized. In a graphic display of their work process and the corresponding calculation of the error rate performance.
QPSK_ordinary
- 仿真QPSK在高斯信道下的性能，实现QPSK的误码检测并且计算其误码率-Simulation of QPSK in the performance of the Gaussian channel to achieve the bit error detection and QPSK bit error rate calculated
QPSK-simulink
- 利用SIMULINK仿真QPSK在AWGN信道中的传输性能。-The use of SIMULINK simulation QPSK in AWGN channel transmission performance.
QPSK
- QPSK调制在高斯信道下的检测性能，信噪比和误比特率曲线-QPSK modulation performance under gaussian channel, on the curve of the input signal to noise ratio and bit error rate
qpsk
- 加性高斯白噪声环境下QPSK调制解调系统的性能分析，包括box-buller产生AWGN以及QPSK调制与解调，误码率计算-Performance additive white Gaussian noise environment QPSK modulation and demodulation system analysis, including box-buller produce AWGN and QPSK modulation and demodulation, bit error ra
tp3_program
- 求仿真OFDM系统的性能,OFDM系统发端使用QPSK调制方式，选取64个子载波，16位CP（循环前缀）。-OFDM system simulation performance requirements, OFDM system using QPSK modulation originator select 64 sub-carriers, 16 CP (cyclic prefix).
QPSKAWGN_Rayleigh
- QPSK在AWGN和Rayleigh衰落信道下的性能-QPSK AWGN RAyleigh performance
bon-cour-QPSK
- Phase shift keying (PSK) is a large class of digital modulation schemes. PSK is widely used in the communication industry. In this chapter we study each PSK modulation scheme in a single section where signal descr iption, power spectral density,
QPSKmodlu
- 编写了关于QPSK调制的matlab调制解调代码，其中做了滤波，加载频，加噪声，滤波，误码率性能分析等-Prepared a QPSK modulation modulation and demodulation matlab code, where do the filtering, load frequency, adding noise, filtering, error rate performance analysis
qpsk
- 该代码实现QPsk在高斯信道下性能的仿真，比较了理想与衰落信道的区别，绘制仿真曲线-The code QPsk Gaussian channel performance simulation and compare the differences between the ideal and the fading channel, drawing emulation curve