danxiangnibianxitong

说明：  实现turbo码编程，是matlab源程序。(matlab program of turbocoder)

在lte系统中随机接入前导码频偏估计MATLAB算法仿真结果(prach frequency offset estimation prach preamble in lte of MATLAB result)

matlab实例编程一百个源程序,内有运行后界面图像 源代码不错的(One hundred examples of matlab programming source code, with after the operation interface source code good image)

迭代划分三角形网络，包括圆形、方形、圆形有孔、不规则实例(Iterative triangulation network, including circular, square, circular hole, irregular examples)

基于DSP的IIR滤波器系统设计 讲述了详细的iir滤波器的原理和c语言的实现方式(IIR filter system based on DSP is designed)

高斯随机场模型matlab实现, 包含demo和用例，可直接运行(the Gaussion random field algorithm)

MATLAB设计各种类型的IIR数字滤波器,掌握IIR数字滤波器的设计方法和步骤(MATLAB design of various types of IIR digital filter, master IIR digital filter design methods and steps)

DOA估计的算法，其中包括Music算法、空间平滑Music算法、Root-Music算法、ESPRIT算法MVDR（最小方差无失真）算法等，便于比较(DOA estimation algorithms, including algorithms Music, Music spatial smoothing algorithm, Root-Music algorithm, ESPRIT algorithm MVDR (minimum variance distortion) algorithm, to facilitate comparison)

用DSP2407编写的BLDC闭环程序，针对特殊电机，程序调试好用(Written in closed-loop BLDC with DSP2407 procedures, for specific motor, easy to use program debugging)

运动控制技术是在以数字信号处理器DSP为代表的高性能高速微处理器及复杂可编程逻辑器件CPLD的基础上发展而来的，它是广义上的数控装置。数控技术的发展趋势就是采用运动控制器的开放式数控系统。本文设计了一款全新的运动控制卡，选用TI公司32位的 TMS320F2812芯片，利用高速PCI总线实现数据传输，并采用目前最先进的NURBS曲线插补方式实现多轴联动。此外，本文设计的多轴运动控制卡只要能够准确输出各轴控制脉冲的方向和个数，即可实现多轴联动控制。 (Motion control technology is based on a digital signal processor (DSP), represented by high-performance high-speed microprocessors and complex programmable logic device CPLD development comes on, it is the numerical control device in a broad sense. CNC technology trends is the use of open CNC motion controller system. This paper presents a new motion control card, use TI s TMS320F2812 chip 32-bit, high-speed PCI bus for data transmission, and the use of the most advanced NURBS curve interpolation way to achieve multi-axis. In addition, the paper design of multi-axis motion control card as long as the output for each axis direction can be accurately controlled and the number of pulses, can achieve multi-axis control.)