matlab

matlab实现基本的通信仿真技术bpsk(To achieve basic communications simulation technology bpsk using matlab)

多址接入协议性能仿真比较,给出主程序源代码和各个脚本M文件(Multiple access protocol performance simulation given main program source code and script M-file)

离散信号及其Matlab实现,包括单位冲激序列 ,单位阶跃序列,斜坡序列等(Discrete signal and its Matlab to achieve, including the unit impulse sequence, unit step sequence, the slope sequence)

CHANNEL CODING MONTECARLO ANALYSIS OF BPSK MIMO

电动汽车充电负荷预测，采用蒙特卡洛模拟方法matlab进行编程(electric vehicle charging load)

关于通信原理matlab实现的很好的一本书 (The good Communication Theory matlab a book)

Phase Modulation for Matlab

说明：  《数字图像处理与机器视觉:Visual C++与Matlab实现》3 二值图像中的基本形态学运算,灰度图像中的基本形态学运算("Digital image processing and machine vision: Visual C++ and Matlab to achieve" 3 Binary image of the basic morphological operations, gray image of basic morphological operations)

说明：  在matlab simulink 中实现kalman滤波器设计，可以生动的演示kalman滤波在运动估计中的预测作用(Matlab simulink in achieving kalman filter design can be a vivid demonstration of kalman filtering in the motion estimation of the prediction)

Texture Analysis Using DWT for Grape Plant Species Classification:- By observing leaf, we can easily identify plant but it is difficult to identify its species. In this project we developed an algorithm that gives user the ability to identify plant species based on photographs of the leaf. The core theme of this application is an algorithm that acquires statistical features of the leaves, and then classifies the species based on a novel combination of the computed texture feature analysis and wavelet analysis. While implementing this algorithm we have considered the Grape plant and its four species viz. Clone, Sonaka, Thomson and Manik. The algorithm is first trained against several samples of known plant species and then used to classify unknown query species. By using this algorithm we have achieved 93.33 efficiency