资源列表
伺服电机主控制系统简单模拟
- 简单模拟伺服电机主控系统的输入输出特性，输入目标电压，输出对电机的控制脉冲(Simple simulation of the input and output characteristics of the servo motor master system)
阵列信号处理的理论和应用
- 南航张小飞的书《阵列信号处理的理论和应用》，包括原书的PDF和MATLAB代码，内容为波束形成和阵列参数估计等内容。(Southern China Zhang Xiaofei book "array signal processing theory and application", including the original book PDF and MATLAB code, content for beamforming and array parameter esti
新建文件夹 (2)
- 是一个仿真MIMO系统中遍历容量的大小的程序，关于空时无线通信第四章空时信道容量的仿真。(is a simulation of MIMO system ergodic capacity of the size of the program, on the space-time wireless communications in the fourth chapter space-time channel capacity simulation)
ADOV路由计算
- 在无线自组织网络中使用的按需路由协议AODV中的路径计算(Computing routing path of AODV protocal)
EE_vs_n
- 利用随机几何方法和对基站协作场景下能量效率和协作基站数目的关系进行仿真(The stochastic geometry method is used to simulate the relationship between the energy efficiency and the number of cooperative base stations in the base station collaboration scenario)
knete
- Is the topic of the elementary school stage curriculum design, Complete codec LDPC code, ML estimation method can be a good signal to noise ratio.
chow
- 信道比特分配需要根据信道好坏分配，可采用自适应chow算法 MATLAB编程- U81EA u9002 u5E94chow u7B97 u6CD5 MATLAB u7F16 u7A0
sim_OFDM
- OFDM技术基本原理和matlab实现，只要是以mimo技术为背景进行研究，本代码配合OFDM基本原理的ppt讲解更有效，-OFDM technology basic principles and matlab implementation, as long as the MIMO technology is the background for research, the code with OFDM basic principles of PPT to explain more effect
MATLAB-ZIGBEE
- 基于MATLAB GUI的zigbee通信发送端设计- U57FA u4E8EMATLAB GUI u7684zigbee u901A u4FE1 u53D1 u9001 u7AEF u8BBE u8BA1
Chan_Est
- 几种信道估计算法，LS，DFT，MMSE，学习信道估计的同学可以参考参考-Several channel estimation algorithms, LS, DFT, MMSE, learning channel estimation students can refer to the reference
measure
- 测量平均功耗！连接安捷伦电源，自动控制电源，非常简单实用！-Measure the average power consumption! Connect to Agilent power supply, automatic control power supply, very simple and practical!
unidandaoti
- 这个程序运用时域有限差分法，对非平行传输线单导体进行求解，可以得到末端负载响应。-The program uses the finite-difference time-domain method to solve the single conductor of a non parallel transmission line, and the terminal load response can be obtained.