搜索资源列表
simulink-03-31
- 基于MATLAB/DSP Ｂuild可控信号发生器，由Ｍatlab建模综合，并生成ＶＨＤＬ代码，由Ｑuartus编译通过．
add_overflow
- 一个带overflow功能的加法器的实现，采用Matlab+Simulink
add_rounding
- 一个基于Matlab+Simulink的带Rounding功能的加法器实现
complex_add
- 一个基于Matlab+Simulink的复数加法器实现
pll.rar
- 模拟锁相环（apll）的一些simulink模型,Analog phase-locked loop (apll) some simulink model
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
sobel_filter
- 实现sobel滤波，在simulink中用第四篇builder实现-complete a sobel filter
lab4
- system generator/simulink 应用开发4，User Starting
qpsk_simulink
- Matlab simulink qpsk
QAM16_demo
- This a demonstration for 16QAM. It is a Simulink model, including hardware implementation on Xilinx FPGA for adaptive equalizer and carrier recovery. -This is a demonstration for 16QAM. It is a Simulink model, including hardware implementation on Xil
Simulink-to-VHDL-Route
- This paper presents the way of speeding up the route from the oretical design with Simulink/Matlab, via behavioral simulation in fixed-point arithmetic to the implementation on either FPGA or custom silicon. This has been achieved by porting
3813412-Matlab-Simulink-Simulink-Matlab-to-Vhdl.r
- Simulink/Matlab-to-VHDL Route for Full-Custom/FPGA Rapid Prototyping of DSP Algorithms
simulink-matlab-to-vhdl
- convert matlab and simulink files to vhdl
DDS
- 这个是在quartusii和matlab simulink下搭的dds的模型，已经经过仿真是可以的。并且已经转为vhdl代码。-This is quartusii and matlab simulink model to catch the dds, has been the simulation is possible. And has to vhdl code.
Controllable-sine-signal-generator
- 通过MATLAB的SIMULINK模型设计，实现可控正弦信号发生器，并通过DSP BUILDER中的SIGNAL COMPILER转换成QuartusII工程，并实现硬件的下载。-Through the MATLAB SIMULINK model design, realization controllable sine SIGNAL generator, and through the DSP BUILDER of SIGNAL COMPILER converted into QuartusI
systolic--matrix-inversion
- DSP算法架构及设计，内容为基于systolic的上三角矩阵求逆电路的实现，里面有详尽的MATLAB/SIMULINK 仿真模型，及HDL代码和在modelsim中的仿真程序，非常不错的。-Architecture and design of DSP algorithms, based on systolic upper triangular matrix inverse circuit to achieve detailed MATLAB/SIMULINK model and the HDL
Matlab-IIR
- 数字滤波器是数字信号处理的重要环节，数字滤波器可分为IIR和FIR两大类。本文介绍了IIR和FIR的基本设计原理以及在MATLAB环境下如何利用直接程序设计法、SPTOOL设计法和FDATOOL设计法给出IIR和FIR数字滤波器的设计方法和操作步骤，并给出设计设计实例及运行结果，同时利用MATLAB环境下的仿真软件SIMULINK对所设计的滤波器进行模拟仿真，仿真结果表示设计参数设置合理。-The important aspect of the digital filter is a digit
DSP
- 用matlab的simulink功能进行DSP设计-Using matlab simulink function DSP design
232315digitalPLL
- vhdl matlab ...............simulink c++........ probgramme
PC-CFR
- 采用matlab simulink编写的消峰参考设计，可以直接生成verilog代码。消峰主要用于降低无线信号的峰均比，提高功放效率。-Clipping prepared using matlab simulink reference design, you can generate verilog code directly. Consumers peak mainly used to reduce radio signal PAR, improve power amplifier effic