new_error_rate

Standard MCM communications system

面向对象程序设计的优点表现在实现对现实世界客体的自然描述、可控制程序的复杂性、可增强程序的模块性、可提高程序的重用性和可改善程序的可维护性等方面。(The advantages of object-oriented program design performance in achieving a natural description of real world objects, and can control the complexity of the program, can enhance the module of the program, program would improve the reusability and maintainability can be improved, and so on. )

Block Compressed Sensing of Images Using Directional Transforms

matlab运行的lsb隐写算法，附带实验报告，lsbget.m,lsbhide.m,jpgand.m(matlab running lsb steganography, with lab reports, lsbget.m, lsbhide.m, jpgand.m)

无人驾驶避障算法修改的程序用于实现避障，算出可行行驶区域(The program modified by the unmanned obstacle avoidance algorithm is used to realize the obstacle avoidance and calculate the feasible driving area)

说明：  基于simulink的可以生成幅值可变、频率可变、相位可变、偏移量可变的正弦、方波和三角波信号的多信号发生器(Based on Simulink, it can generate sine, square and triangle wave signals with variable amplitude, frequency, phase and offset)

说明：  关于解微分方程的matlab小程序，适合本科生学习使用。(MATLAB in Physics is a four lecture series in MATLAB that is offered to first year physics undergraduate students. This lecture shows how to use MATLAB to simulate physical systems using a range of methods. Projectile motion is analysed using the Symbolic Math Toolbox, then more complicated chaotic systems are simulated using the MATLAB ODE solvers. Some advanced programming techniques such as Object Oriented Programming (OOP) and Graphical User Interface (GUI) programming are briefly covered. The aim of this lecture series is to introduce students to computational methods in MATLAB to solve problems arising in physics that cannot be solved analytically. No prior knowledge of MATLAB is required. Themes of data analysis, visualization, modelling and programming are explored throughout these lectures. )

error finding by trial and error mathod

说明：  用Matlab编写的用Hooke-Jeeves方法求函数极小点程序(Written with Matlab using Hooke-Jeeves method of procedure demand function minimizer)

在MATLAB中进行DSP控制仿真 (MATLAB_Simulink_for_DSP )