搜索资源列表
dsss-noise
- 在matlab中进行信道仿真，对噪声进行建模 该程序验证了加噪公式在复杂通信系统（扩频、过采样）中的正确性-The correctness of the channel simulation in matlab noise modeling program verification adding noise formula in complex communication system (Spread Spectrum oversampling)
HPPP-model
- 仿真源码包括了多层异构蜂窝网络中基于齐次泊松点过程（HPPP）的建模方法，一篇介绍该模型的12年发表在IEEE trans的论文。以及传统六边形建模方法和信道增益矩阵的计算。-Simulation source code, including the multi-heterogeneous cellular networks based on homogeneous Poisson point process (HPPP) modeling method, a descr iption of t
RayleighEnvelope
- 根据Clarke模型对无线信道进行建模，建立了瑞利信道模型-According to Clarke for modeling wireless channel model, the establishment of Rayleigh channel model
51292723scm-05-07-2006_program
- 3GPP 组织SCM信道模型， 基于几何的随机分布模型，将信道测量数据分簇现象数学模型化-3GPP organization SCM channel model, based on the random distribution of the geometric model of the channel measurement data clustering phenomenon of mathematical modeling
Cap01_Introduction-to-Wireless-Propagation
- This file is the programs of (chapter 1) of book (Modeling the Wireless Propagation Channel a Simulation Approach with MATLAB) which is related to introduction to wireless propagation. It helps you to simulate wireless channel and wireless statistica
Cap02_Shadowing-Effects
- This file is the programs of (chapter 2) of book (Modeling the Wireless Propagation Channel a Simulation Approach with MATLAB) which is related to shadowing effects. It helps you to simulate wireless shadowing effects.
Cap04_Introduction-to-Multipath
- This file is the programs of (chapter 4) of book (Modeling the Wireless Propagation Channel a Simulation Approach with MATLAB) which is related to introduction to multipath. It helps you to simulate multipath wireless channel.
Cap06_Shadowing-and-Multipath
- This file is the programs of (chapter 6) of book (Modeling the Wireless Propagation Channel a Simulation Approach with MATLAB) which is related to shadowing and multupath. It helps you to simulate wireless channel.
equalizer_self_adaption
- 自适应均衡领域的经典算法，最小均方误差算法（LMS）算法的数字均衡器建模源代码。建模建立了一个通信系统的收发两端，并模拟了信道衰减和噪声。并在接收端使用了数字均衡器。主程序中一次在接收端使用了自适应均衡器，另一次没有使用，可以清楚看到均衡前后误码率的差别。-The field of classical adaptive equalization algorithm, the minimum mean square error algorithm (LMS) algorithm for model
Multipath-Models
- 多径信道和多普勒频移建模的说明，和matlab程序仿真-Multipath channel and Doppler shift modeling descr iption and simulation matlab program
I-MRTRA
- 运行源程序channel-coeff后，可以产生MIMO衰落信道，用I-METRA方法对信道衰落进行建模- After running the source channel-coeff, can produce MIMO fading channels, with I-METRA channel fading
rayleigh6mod
- reyleigh信道模型，该模型介绍了6种不同的建模方式，以及检测信道正确与否的方法，包括单径和多经-reyleigh channel model, which describes the six different modeling methods, and detection channel correctness of methods, including single-and multi-path by
Corazza_simulation
- 采用一种新的仿真方法建模与仿真Corraza信道模型：Rayleigh-Normal仿真模型-The method uses a new simulation modeling and simulation Corraza channel model: Rayleigh-Normal simulation model
Suzuki_simulation
- 采用一种新的仿真方法建模与仿真Suzuki信道模型：Rayleigh-Normal仿真模型-The method uses a new simulation modeling and simulation Suzuki channel model: Rayleigh-Normal simulation model
Lognormal_simulation
- 采用一种新的仿真方法建模与仿真Lognormal信道模型：Rayleigh-Normal仿真模型-The method uses a new simulation modeling and simulation Lognormal channel model: Rayleigh-Normal simulation model
hop8_6
- 该simulink程序对调频通信系统进行了建模和仿真，能够对系统在AWGN信道下的误码率进行检测。-The simulink program for FM communications system modeling and simulation, capable of BER in AWGN channel for testing.
CDMA5_40
- 该simulink程序对CDMA系统进行建模和仿真，并能够对该系统在AWGN信道下的误码率进行检测。-The CDMA system simulink program for modeling and simulation, and the ability of the system bit error rate in AWGN channel for testing.
Rayleigh_fading
- 依据《Autoregressive modeling for fading channel simulation》一文，基于P阶AR模型仿真瑞利衰落-Program to simulate Rayleigh fading using a p-th order autoregressive model AR(p) according to Baddour s work: Autoregressive modeling for fading channel simulation .
daima
- 基于多元线性回归分析的耦合通道参数化建模-Coupled channel parametric modeling based on multiple linear regression analysis
MRC
- ns STBC for purely time-selective channels by transforming the time-selective channels into frequency-selective channels, and by adjusting existing space–time code designs over frequency-selective MIMO channels to collect joint space–Doppler ga