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
qpskis95
- 这是一个基于Simulink的通信系统的仿真程序，主要内容是QPSK在IS-95前向信道中的应用，以衡量其性能。-This is a simulation-based communications system simulation program, main contents of the QPSK in IS-95 to the channel, in order to measure its performance.
QPSK
- QPSK 调制全称 Quadrature Phase Shift Keying，意为正交相移键控，是 一种数字调制方式。它的频带利用率高，且抗干扰性能强，已经成为现代通信 技术中一种十分重要的调制解调方-QPSK’s full name is Quadrature Phaseshift Keying which is a kind of digital modulation types. It has been widely used in wireless communicatio
Design-And-Simulation-Of-Qpsk-Modulator-For-Optic
- We have proposed a digitally implemented QPSK system for Free-Space Optics (FSO) systems for future satellite missions. We have used a Laser source of 1550nm wavelength and data rate of 2.5Gbps.The system consists of a modulating and a demodulating b
V-BALST
- 仿真V-BALST结构ZF检测算法性能，调制方式为QPSK-performance simulation of V-BALST structure ZF detection algorithm , the modulation scheme is QPSK
8QAM-and-QPSK
- 实现两个通信建模的仿真，分别是8-QAM和QPSK.-1. Simulate the error performance (BER-EbNo curve) of a QPSK system (without coding) using Quasi-analytical method, under AWGN channel. 2. Simulate the error performance (BER-EbNo curve) of an 8-QAM system (without codin
OFDM-QPSK-16QAM-
- 仿真模拟了OFDM系统及QPSK 16QAM在高斯 瑞利和多径信道下的表现，并附有在独立衰落信道下的均衡器性能分析。-Simulation and QPSK 16QAM OFDM systems performance at Gaussian，Rayleigh and multi-path channel, along with independent channel fading equalizer performance analysis under.
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,
BER-with-MRC-diversity-performance
- 瑞利衰落信道下采用MRC分集误码性能,BPSK,QPSK,8PSK,16QAM多种调制方式-Rayleigh fading channel using MRC diversity BER performance, BPSK, QPSK, 8PSK, 16QAM multiple modulations
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
16-QAM-QPSK-BPSK-master
- Simulation in MATLAB of Digital Communication modulations (BPSK,QPSK,16 QAM) to find the performance and probability of error in Rayleigh and Rician fading environments
Performance-Analysis-of-M-PSK-master
- BER v/s EbNo plots were obtained for QPSK, 8-PSK, 16-PSK
QPSK--rici
- 关于QPSK信号经过莱斯信道误码性能分析，有莱斯信道解释及matlab源代码-QPSK signal on the Rician channel error performance analysis, there are Rician channel interpretation and matlab source code
第二次仿真
- 利用Matlab软件，分别建立QPSK,16QAM基带传输系统，比较AWGN和Rayleigh信道下的系统BER性能。(Using Matlab software, QPSK and 16QAM baseband transmission systems are built to compare the system BER performance of AWGN and Rayleigh channels respectively.)
Nouveau Archive WinRAR ZIP
- dimensional network-on-chip (3D NoC) is motivated to achieve better performance
BPSKQPSK8PSK16QAM
- BPSK_QPSK_8PSK_16QAM等调制方式的性能仿真及频率利用率的对比及分析(Performance simulation and frequency utilization comparison and analysis of BPSK_QPSK_8PSK_16QAM and other modulation modes)
pi4DQPSK和pi_4CQPSK在移动信道中的性能仿真分析
- pi4 qpsk的付费论文，讲述基本调制解调的分析和衰落信道中性能的分析，差分实现原理，非常有用(Pi4 QPSK Pay Paper, describes the analysis of basic modulation and demodulation and performance analysis in fading channels, differential realization principle, very useful)
π4QPSK调制原理分析
- pi4 qpsk的付费论文，讲述基本调制解调的分析，差分实现原理，非常有用(Pi4 QPSK Pay Paper, describes the analysis of basic modulation and demodulation and performance analysis in fading channels, differential realization principle, very useful)
qpsk_Impact_of_ENOB
- 分析ADC的有效位数（ENOB）对QPSK误码率性能的影响，也就是分析量化噪声对QPSK性能的影响(The effect of ENOB of ADC on the BER performance of QPSK is analyzed. That is to say, the influence of quantization noise on the performance of QPSK is analyzed.)
112 GBaud QPSK Coherent Receiver
- This setup illustrates the principle of coherent detection and digital signal processing (DSP) for a coherent 112Gb/s QPSK signal. The system performance is limited by noise (added in front of the receiver), chromatic dispersion and PMD (taking place