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mdct.tar
- 这是06年4月刚刚完成的程序，从opencore.org下载而来。用vhdl语言描写，以及matlab仿真，testbench，以及在xinlinx上的综合。 The MDCT core is two dimensional discrete cosine transform implementation designed for use in compression systems like JPEG. Architecture is based on parallel distribut
08_CodingForHWPerformance
- The MATLAB coding style, project options and synthesis directives can have a significant effect on the final results. Knowledge about how a particular algorithm should be implemented in hardware can be reflected in the MATLAB code to improve the resu
H.264_TI-DSP_DM642
- H.264代码在TI-DSP DM642上的实现.rar，可以运行-H.264 code on the TI-DSP DM642 realization. Rar, can run
dsp6FIR
- 基于DSP5416的FIR滤波器设计实验，先用MATLAB产生冲击响应H（n),然后和输入数据进行卷积。-The FIR filter design based on DSP5416 experiment, the first impulse response generated using MATLAB H (n), then the input data and convolution.
amplres
- function [A,w,type,tao]=amplres(h) 《数字信号处理教程——MATLAB释义与实现》子程序 给定FIR滤波器系数求滤波器符幅特性-function [A, w, type, tao] = amplres (h) " digital signal processing tutorial- MATLAB Interpretation and Implementation" procedure FIR filter coefficien
DSP-Real.Time.Digital.Signal.Processing
- Sen M Kuo, Bob H Lee: Real Time Digital Signal Processing This book offers readers a hands-on approach to understanding real-time DSP principles, system design and implementation considerations, real-world applications, as well as many DSP exper
PWM-control-strategy
- 摘要：提出了适用于大容量链式静止无功发生器(sTATcOM)的一种新的脉冲控制策略，即三角载波移相一开关频率最优PwM 法(Ps—sF0一PwM)。这种新的PwM方法兼具三角载波移相PwM法(PsPwM)法和开关频率优化PwM法(sFOPwM)的优点，在不 提高开关频率的情况下，实现等效高频载波的效果，并提高了直流电压的利用率。研究了链式多电平逆变器的Ps—sFO—PwM 技术，给出了Ps—sFO—PwM控制方法的基本算法，并以2个H桥串联的5电平链式多电平变换器为例，通过Matla
Monocular-vision-based-on-MATLAB-h
- 基于MATLAB的单目视觉车辆测距技术研究-Monocular vision based on MATLAB vehicles ranging technology research
deocde
- 产生一个按键按下对应的信号，加入一定的高斯白噪声，并解码检测出来。设计GUI界面模拟按键界面。(GUI MATLAB code for gui.fig % GUI, by itself, creates a new GUI or raises the existing % singleton*. % % H = GUI returns the handle to a new GUI or the handle to % the existing
程序
- 以仿人机器人为研究对象，着重设计了三个自由度的机器人手臂控制系统。首先采用Ｄ－H和齐次变换矩阵建立了机器人运动学模型，推导出了机器人运动学方程正、逆解的表达式。利用matlab编程和simulink仿真分析了机器人控制系统的性能，得到的运动曲线可为机器人的工作规划和仿人机器人整机控制提供参考。(Taking humanoid robot as the research object, three degrees of freedom robot arm control system is des