资源列表
MIMO正交频分复用通信系统的仿真设计
- 这是一个基于空时分组编码的 MIMO_OFDM 通信系统的仿真设计。此系统包括 QPSK 调制解调, IFFT 调制,空时编解码,基于训练符号的信道估计等通信模块,包含这些模块的 m 文件。(This is a simulation design of a MIMO_OFDM communication system based on space-time block coding.This system includes QPSK modulation and demodulation, IF
81363632
- ModBus协议通信调试软件bitboy()
OFDM基本程序
- 采用 BPSK 解调解调、IFFT 调制、信道估计等通信模块,包含这些模块的 m 文件。系统采用加性 AWGN 噪声信道。(Using BPSK demodulation and demodulation, IFFT modulation, channel estimation and other communication modules, including the m files of these modules. The system uses an additive AWGN nois
OptiSystem_Tutorials
- Optisystem的各大类的示例,适于初学者学习如何建立信号系统(Examples of various classes of Optisystem which are suitable for beginners to learn how to set up signal systems)
OptiSystem_Component_Library
- Optisystem中所有元器件的使用说明,及参数设置(Instructions for the use of all components of Optisystem and the setting of parameters)
OptiSystem-Simulate-examples
- 一些Optisystem的模拟仿真示例,可快速掌握如何使用Optisystem(Some examples of Optisystem simulation)
超宽带缝隙螺旋天线仿真设计
- 采用全波电磁仿真软件,仿真设计了超宽带缝隙结构的平面等角螺旋天线和阿基米德螺旋天线,两种天线都采用同轴电缆直接馈电的方式。(this paper proposes an idea about experimental teaching mode reforming of microwave technology and antenna courses by introducing the full wave elect.)
OptiSystem_Getting_Started
- 对Optisystem的入门介绍,以及一些示例(Introduce how to use Optisystem and some examples)
530105
- MIMO-OFDM信道估计,用于最小二乘法和线性最小均方估计方法的性能比较()
液态金属锥形螺旋天线的仿真设计
- 一种易于调节形状的液态金属锥形螺旋天线的仿真设计,且具有体积 小、增益高、带宽宽、易重构等特点,可替代固体金属天线 且的圆极化天线。(In order to replace the solid metal antenna, a novel liquid metal conical helical antenna was presented.)
ecst_box
- MIMO-OFDM无线通信中预编码码本设计()
hag__chqravter
- LDPC的经典论文,1963年Gallager写的()