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Matlab_Simulink_to_code.rar
- matlab 和 simulink 转换成代码的实现,其中第8章介绍了matlab simulink 到vxworks代码的实现,matlab and simulink to code for some special use
demo2
- 利用matlab串口工具箱,显示飞思卡尔智能车摄像头数据,生成图像显示。程序为开发过程中的命令行下的测试样例,仅供入门。可在此框架下添加自己的功能-Use of the a matlab serial Toolbox Freescale smart car camera data, generate image display. The program for the test sample, under the command line in the development process f
firshuzilvboqi
- :介绍了基于FPGA的FIR数字滤波器的设计与实现,该设计利用Matlab工具箱设计窗函数计算FIR滤波器系数,并通过VHDL层次化设计方法,同时FPGA与单片机有机结合,采用C51及VHDL语言模块化的设计思想及进行优化编程,有效实现了键盘可设置参数及LCD显示。结果表明此实现结构能进一步完善数据的快速处理和有效控制,提高了设计的灵活性、可靠性和功能的可扩展性。 -: This paper presents FPGA-based FIR digital filter design and
chengjichaxun
- 本程序是利用matlab实现gui的实例程序,完成了一个成绩查询系统,读取的文件是xls格式。-This procedure is to use gui example matlab program to achieve complete results of a query system, read the file is xls format.
MyState
- 这份是实验课上的教师和学生用的实例。关于用matlab simulink仿真状态机并生成vhdl代码的详细内容-The experimental class teachers and students to use examples. Matlab simulink simulation on the use of state machine and generates VHDL code details
PracticalGuideforMATLAB70
- MATLAB 7_0实用指南,系统的介绍了MATLAB的使用方法-Practical Guide for MATLAB 7_0, systematic introduction of the use of MATLAB
MedFilter_VHDL
- 用VHDL实现了Matlab中MedFilt1函数3阶中值滤波。进行排序时没有用软件使用的排序法,而是通过简单的比较实现。-VHDL implementation using the Matlab function MedFilt1 of 3-order median filter. Sort of no use when the software used to sort the Law, but through a simple comparison of implementation.
base_fir
- 使用verilog 写的FIR滤波器,里面并有matlab程序,是从altera官网下来的。。希望对大家游泳。-Use verilog to write the FIR filter, which have matlab and procedures, are down from the official website of the altera. . Everyone would like to swim.
matlabPIDsimulition
- 先进PID控制方法的matlab仿真刘金坤编著有编好的程序很有用 -Advanced PID control method for a matlab simulation program has made very good use
poly
- This project contains a C algorithm for calculating the results of a custom polynomial function. It is designed and optimized especially for the Starcore 140 DSP ! Inside the archive you can also find the assembly code and the matlab test program w
matlab_style_guidelines
- 对matlab的使用和操作进行了详细的介绍和讲解,对新手十分有用-On the use and operation of matlab a detailed introduction and explanations, very useful for novice
fftw3mat
- 介绍了如何利用c语言来实现数字信号处理中常用的fft,并介绍了如何利用matlab验证-intruduce how to use c to finish fft,and use matlba to ensure
IDC
- 用matlab实现了二维离散余弦变换,内涵多个M文件,使用时请读者注意-Using matlab to achieve the two-dimensional discrete cosine transform, meaning more than M files, use the reader' s attention when you
ch.2
- 2第二章,主要介绍使用常用的MATLAB命令来处理数据,所提供的代码已经在基于MATLAB7.01环境下编程通过。-the chapter two is only designed for those who use commands in Matlab and tell u how to use these commands.
ch.3
- 3第三章 MATLAB的数值计算功能是首屈一指的,数值计算结果是大量的离散化数据,人们很难从这些大量离散数据中观察到数据的本质特征。数据的可视化是把离散数据用多种图形方式显示出来,让人们在视觉上直观地看到这些数据的特征。-chapter 3 would teach you how to use commands in the matlab.
dspmtimtd
- 只要解压并修改文家夹的名字为ylProject,在Visualdsp++环境下就可以了,大作业编程,已经调好,好用。dump出数据,可以在matlab中绘图。-Extract and modify the text as long as the home folder' s name is ylProject, in Visualdsp++ environment can be a big job programming, has been fine, easy to use. dump
MATLABDSP
- 提出结合MATLAB来开发DSP系统的思想,阐述了实现该思想的两种工具,并详细介绍了使用MATLAB Link for Code Composer Studio辅助DSP设计的相关内容,包括其功能特点、实现方式、工作原理等-Proposed DSP systems with MATLAB to develop the idea, expounded the idea of two kinds of tools to achieve that, and details the use of
DSP
- 针对DSP应用系统开发过程中算法程序的预期结果很难一次调试完成,使用汇编语言的调试过程非常复杂,且初学者不易掌握汇 编指令的问题,介绍一种利用MATLAB软件中内嵌的CCSLink工具协助DSP程序调试的方法。-Application system development process for DSP algorithm program in the expected results is difficult to debug once completed, the use of ass
02MatlabDSP
- 介绍了利用Matlab中Matlab Link for CCS Development Tools工具对DSP进行系统级设计的方法。最后给出 了一个设计实例。 -Introduced the use of Matlab, Matlab Link for CCS Development Tools Tools for DSP system-level design approach. Finally, a design example.
Study_on_Key_Technologies_of_n4-DQPSK_Modulation_a
- 本文首先研究可4一DQPsK调制解调系统中调制部分的基本原理和各个模块的设计方案,重点研究成形滤波器和直接数字频率合成器 (DireetoigitalFrequeneySynihesis,简称DDS),并针对各个关键模块算法进行matlab设计仿真,展示仿真结果。其次,研究调制解调系统解调部分的基本原理和各个模块的设计方案,重点研究差分解调,数字下变频和位同步算法,也针对其各个关键模块进行算法的Matlab设计仿真。然后用Matlab对整个系统进行理论仿真,得出结论。在此基础 上,采用超高速