DFT-analysis-

该程序为OFDM正交频分复用技术的基础仿真，为最初加入信号，在信噪比为0时的波形！(The program for the OFDM orthogonal frequency division multiplexing based simulation, adding to the initial signal, the waveform signal to noise ratio is 0!)

多元优化 单峰目标函数 多峰目标函数 遗传算法 matlab源码( multivariate optimization, Unimodal objective function, multimodal objective function, genetic algorithm ,matlab source)

QPSK的SIMULINK仿真及参数设置(SIMULINK simulation of QPSK and parameter setting)

使用GUI实现的串口编程例子，MATLAB调试环境下的多路串口数据实时绘图显示，具有良好的界面，使用了gpFzXf协议和 gpFzXf协议进行传输。 (GUI programming examples use the serial implementation, multi-channel serial data in real-time graphics display MATLAB debugging environment, has a good interface, use the gpFzXf and gpFzXf protocol for transmission protocol. )

数字滤波器设计文档(自己作设计时用的ppt)(Digital Filter Design Documents (for their design of ppt))

matlab code for baseline and for remove detrend file

This is a MATLAB implementation of the SIFT detector and descriptor

MIDACO是一般的优化问题求解器。 MIDACO可应用于连续（NLP），离散/整数（IP）和混合整数（MINLP）的问题。问题可能被限制在平等和/或不等式约束。 MIDACO适合多达数百至几千优化变量的问题。 MIDACO实现了一个自由衍生物，启发式算法的处理方法处理的问题，因为黑盒可含有关键功能特性，如非凸性，不连续或随机噪声。(MIDACO is a solver for general optimization problems. MIDACO can be applied to continuous (NLP), discrete/integer (IP) and mixed integer (MINLP) problems. Problems may be restricted to equality and/or inequality constraints. MIDACO is suitable for problems with up to several hundreds to some thousands of optimization variables. MIDACO implements a derivative-free, heuristic algorithm that treats the problem as black-box which may contain critical function properties such as non-convexity, discontinuities or stochastic noise.)

matlab快速入门最好教程： MATLAB作为线性系统的一种分析和仿真工具，是理工科大学生应该掌握的技术工具，它作为一种编程语言和可视化工具，可解决工程、科学计算和数学学科中许多问题。 (The best matlab QuickStart Tutorial: MATLAB as a kind of linear system analysis and simulation tools, is the science and engineering students should master the technical tools as a programming language and visualization tools to solve engineering, scientific computing and mathematics disciplines, many problems.)

Addition and multiplication of signals may favour Quality improvement, such as noise reduction, image enhancement, and echo cancellation