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WirelesscoherentOFDMmodemsimulation
- This project aim was to build wireless software modem for data communication between two computers using an acoustic interface in the voice frequency range (20Hz– 20,000Hz). The transmitting antenna is a speaker (frequency response of: 90Hz – 2
lesson8
- 信道均衡 目的和原理 MLSE、 DFE、 ZF/LMMSE均衡 干扰抵消 原理 导频干扰抵消和多码道干扰抵消 HSDPA简介 主要信道 接收机结构 -Channel equalization purposes and principles of MLSE, DFE, ZF/LMMSE equalizer pilot interference cancellation principle of interference cancellation and mul
sig
- and MMSE-SIC equalizer (Rayleigh channel- and MMSE-SIC equalizer (Rayleigh channel) )
ISI-channel-equalizer-design
- ISI信道均衡器的设计 有详细的文档报告和源程序和图片 完全原创 信号与系统课程设计-ISI channel equalizer design reports and detailed documentation and pictures completely original source signals and systems course design
C_RLS
- 研究利用RLS算法自适应均衡器纠正存在加性白噪声的信道的畸变。讨论特征值扩散度 对学习曲线的影响。 比较RLS算法和LMS算法在不同信噪比情况下的学习曲线。 -RLS algorithm using adaptive equalizer to correct the existence of additive white noise distortion channel. Eigenvalue discussion diffusivity impact on the learning cur
rls
- 最小二乘算法联合判决反馈均衡器进行信道仿真，用于优化信道性能。-Joint least-squares algorithm for decision feedback equalizer channel simulation, to optimize channel performance.
BPSK_Fading_Freq_Selective
- 利用Channel Equalizer公式與附件main.m等程式，並選擇Flat=0之模式(該模式為Frequency Selective Fading)及產生Doppler = 500 Hz之Rayleigh fading Channel，利用已知Channel Parameters (rcos, rsin) 增修接收機之Channel Equalizer程式-Channel Equalizer using the formula and accessories main.m other p
zishiyingxindaojunhengqi
- 使用下面的参数设计信道均衡器，其中使用两个独立的随机数发生器，一个用x(n)来表示，用来测试信道；另一个用v(n)来表示，用来模拟接收器中的加性白噪声的影响。序列x(n)是x(n)=±1的伯努利序列，随机变量x(n)具有零均值和单位方差。第二个序列v(n)具有零均值，其方差由信噪比决定。均衡器有11个抽头。-Use the following parameter design of channel equalizer, which uses two separate random number
ILMSS-MATLLABn
- 介绍了一种基于最小均方算法(LMS 算法) 的自适应均衡器的原理与结构，针对用硬件实现LMS算法的自适应均衡器存在的诸多缺点，运运用MATLAB 工具对各种结构形式的自适应均衡器在不同信道模型下的收敛速度与与精度进行仿真，并介绍了该仿真程序源码。 可直接使用。 -Based on the principle and the structure of the adaptive equalizer in the least mean square algorithm (LMS algorithm
AAdaptiveequad
- 自适应均衡器的LMS算法实现及其仿真 :自适应均衡器已广泛应用于通信、雷达、声纳、控制和生物医学工程等许多领域,为克服多径衰落和信道失真引起的的码间干扰,实时跟踪移动通信信道的时变特性,笔者设计了一个基于LMS 算法的自适应线性均衡器,并通过改变步长因子Δ来分析其收敛速度和均方误差特性. -Adaptive equalizer LMS algorithm and its simulation: adaptive equalizer has been widely used in commun
Superimposed-training
- 叠加训练序列的最小二乘信道估计与最小均方误差均衡，QPSK调制，做了4次迭代估计的性能对比。-superimposed training, least squares (LS) channel estimation, MMSE equalizer, QPSK modulation, 4 times iteration.
zf_mmse
- code matlab for computing BER comparison MIMO 2x2 of ZF equalizer and MMSE equalizer (Rayleigh channel)
gmsk_8psk_equalizer
- GSM系统gmsk信号的信道估计与MLSE均衡-channel estimator and equalizer of GSM signal
eqberdemo
- 展示了线性、DFE、MLSE均衡器的信噪比性能，并通过蒙特卡罗模拟信道估计结果确定。-This demo shows the BER performance of linear, decision feedback (DFE), and maximum likelihood sequence estimation (MLSE) equalizers when operating in a static channel with a deep null. The MLSE equalizer i
rely
- 瑞利信道下，psk水声通信系统均衡。此仿真采用lms均衡和DFE均衡器结合，对瑞利信道数据均衡。(The PSK underwater acoustic communication system is balanced under the Rayleigh channel. The simulation uses LMS equalizer and DFE equalizer to balance the Rayleigh channel data.)