practica_11_cuantizacion_senoidal

　　数字信号处理是一门以算法为核心，理论和实践性较强的学科。是电子信息工程、通信工程、电子信息科学与技术专业的一门重要的专业技术基础课。数字信号处理课程是在学习完数字信号处理的相关理论后，进行的综合性训练课程，其目的是： 1、使学生进一步巩固数字信号处理的基本概念、理论、分析方法和实现方法； 2、增强学生应用Matlab语言编写数字信号处理的应用程序及分析、解决实际问题的能力。(Digital signal processing is an algorithm as the core theoretical and practical strong discipline. Electronic and Information Engineering, Communication Engineering, Electronic Information Science and Technology, professional an important professional and technical basic courses. Digital Signal Processing is a comprehensive training course in learning digital signal processing theory, its purpose is: 1 to enable students to further consolidate the basic concepts of digital signal processing, theory, analysis and implementation enhance the students to apply the Matlab language to the application of digital signal processing and analysis, ability to solve practical problems.)

认知雷达方面的国外书籍 对学习知识辅助处理的科研人员有很大的借鉴价值！(Cognitive radar knowledge of foreign books on learning auxiliary processing researchers have great reference value!)

实现均匀光栅反射谱仿真~~~~~~~~~~~~~~~~~(Achieve uniform grating reflection spectrum simulation)

利用MATLAB作为平台，实现希尔伯特变换的程序源代码(Hilbert transform source code )

MATLAB通信原理FSK调制源代码文件(Communication Theory FSK modulation MATLAB source code files)

Matlab Matrix algebra, very important book for building mathematical basics in Matlab

卡尔曼滤波器的三种设计方法，在信号估计中有很好的表现，都调试通过了。(Three Kalman filter design, signal estimation in a good performance, all debugging adopted.)

simulink model of a two point control function

用Goldstein法求解一维函数的极值 (By Goldstein method for solving one-dimensional function of the extreme)

此资料是自动控制原理实验的具体步骤，能够帮助更好的使用matlab进行PID等控制实验(This information is the principle of automatic control experiment concrete steps can help make better use of matlab PID control experiment)