搜索资源列表
bch
- 超宽带系统中应用BCH编解码程序。包括PPM和TH两种方式-UWB systems in the application BCH codecs procedure. PPM and TH in two ways
matlab
- matlab程序，《超宽带无线电基础》全部的源程序-all the source code of the matlab program, the " ultra-wideband radio base
renzhichaokuandai
- 认知超宽带涉及到众多的关键技术，本文从频谱感知及波形设计两个方面对超宽带模型进行了讨论。-Cognitive UWB involves a large number of key technologies, this paper, spectrum sensing and waveform design for ultra-wideband model two aspects are discussed.
UWB-code
- UWb超宽带的仿真代码.matlab编写的,可以参考-UWb UWB simulation code. Matlab prepared, you can refer to
CP0201
- 文件中为matlab程序，是一个完整的产生跳时超宽带信号的程序，注释非常详细-File for matlab program is a complete hop ultra-wideband signal generation process, very detailed notes
CP0203
- matlab程序，运行程序，产生多频带超宽带信号，在UWB系统中应用较广泛。-matlab program, run the program, resulting in multi-band ultra-wideband signals in the UWB system applied more widely.
TOAUWBfkt
- 超宽带TOA定位卡尔曼滤波定位算法matlab仿真-Ultra-wideband TOA positioning Kalman filter algorithm matlab simulation
UWBBPSK
- 这个文档采用BPSK超宽带系统。接收器是一个相关接收机具有集成低通滤波器和比较器的门限的选择-This m file models an UWB system using BPSK. The receiver is a correlation receiver with a LPF integrator and comparators for threshhold selection
SV_channel_model
- 超宽带信道、毫米波信道为基础的SV信道模型仿真，对研究超宽带信道和毫米波信道等呈指数衰减信道的传播特性非常有帮助-Ultrawide channel and millimeter wave channel are all based on this SV channel model, it is very helpful for the study of those channels which are belong to exponential decay channels such as U
proiedurelyrameter
- UWB超宽带信号,IEEE规定的UWB信号的MATLAB源代码,可以用在仿真中()
circupardecision
- 关于超宽带多用户检测的大家可看看,很好的程序()
zvlcdxh
- 自己编写的超宽带系统简单仿真平台,有简单界面 包括可替换的脉冲成型半余弦脉冲,IEEE802 15 3a的修正SV信道,最大()
hvveuss
- 超宽带的经典程序,大家可以省不少时间好东西大家一起分享啊()
800257
- 超宽带UWB,包括 uwb mdl UWB model - open this to begin uwb_lib mdl Libr()
pqecedence
- < 超宽带无线电基础>>中的MATLAB源码,涉及UWB波形设计,基本编码等内容()
5589055
- 产生超宽带信号室内辐射掩蔽,测试最好的15阶高斯脉冲导数的组合方式()
91723312
- 关于mb-ofdm uwb的MATLAB源程序代码,超宽带是当前通信研究领域的热门,多频超宽带逐渐成为通信新宠儿,()
lattewfdeclaration
- 关于超宽带多用户检测的大家可看看,很好的程序()
restpry
- 关于超宽带系统性能的分析的一些实用程序,请大家多支持()
iejh
- 超宽带的经典程序,大家可以省不少时间好东西大家一起分享啊()