搜索资源列表
CP0302
- Matlab 仿真uwb信道的功率谱密度-Matlab simulation of UWB channel power spectral density
chirpwave23
- 这是二次相位和三次相位的chirp信号特性比较的程序，对于UWB研究者有用。-This is the second phase and third phase of the chirp signal characteristics of the procedures useful for UWB researchers.
Nakagamisim1
- 这是用matlab中的simulink仿真的Nakagami信道，对UWB研究者很有用。-This is in simulink with matlab simulation of Nakagami channel on UWB researchers useful.
New2.RAR
- rake receiver for uwb
UWB_Channel_IEEE_802_15_3a
- UWB 有关的仿真程序，很全面，希望对大家有用。-UWB-related simulation program, very comprehensive
uwb1
- uwb的信号产生以及几种调制方法，相信会有点用-uwb signals and the modulation of several methods, bit by trust
uwb3
- uwb无线电链路的性能分析时的程序，可以-uwb radio link performance analysis process
3_UWB_07
- TIME HOPPING SPREAD SPECTRUM SIGNALS (ULTRA WIDE BAND SIGNALS) - UWB SIGNAL DEscr iptION - THE UWB TRANSMITTER - THE UWB RECEIVER
NT
- 一种基于噪声模板的 uwb 仿真 将训练序列进行叠加-noise
TRUWB
- UWB Sourece. transmit/receive /AWGN/BER
UWB_SNR
- It is to simulation SNR of UWB.
similuationofUWBm
- 对UWB信道进行估计以及对UWB接收器的性能仿真。-simulation for UWB channel
matlab
- source Matlab traites the UWB
rake
- 超宽带的rake接收机程序的简单介绍。对于初级入门的有帮助。-uwb rake receiver
AnFPGASoftwareDefinedUltraWidebandTransceiver
- Increasing interest in ultra-wideband (UWB) communications has engendered the need for a test bed for UWB systems. An FPGA-based software-defined radio provides both postfabrication definition of the radio and ample parallel processing power. Thi
figure0206
- UWB接收机TR方案，仿真程序，误码率小-UWB receiver TR program, simulation program, a small bit error rate
OFDMSIMULATE
- 一个详细的OFDM-UWB仿真程序，有很多模块和功能，比较适合详细了解原理后作仿真参考-A detailed simulation program OFDM-UWB, there are many modules and functions, more suitable after a detailed understanding of the principle of simulation of reference
CTL_SendTest
- UWB（超宽带）发射端代码控制，主管各个模块的连接和设置-UWB (ultra wideband)-side code to launch control, in charge of connecting the various modules and settings
R14
- UWB modulation schme for varous modulation and bit rates
Cassioli_channel
- This matlab code generates UWB indoor channel impulse response described in : Cassioli, D. Win, M.Z. Molisch, A.F., "The ultra-wide bandwidth indoor channel: from statistical model to simulations," Selected Areas in Communications, IEEE Journal on