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Description: msp430 实验代码 1,MSP430开发基础
2，键盘设计
3，数码管显示电路设计
4，液晶模块接口
5，MSP430 CRC
6，中文输入法
7，数据压缩算法
8，FIR滤波
9，FFT算法
10，波特率自动识别
11,串行存储
12；NAND flash 接口
13；A/ D，TLV2541
14；DA DAC8830
15；ADS1241
16；温度 TMP100
17；定时器 DAC
18；数据采集
19；交流电压测量
20；车速测量
21；DS1820
22；DS1302
23；基于BQ26500温度检测系统
24；红外传输系统
25；pc通信
26；无线MODEM
27；楼宇对讲系统
28；DSP HPI接口
29；无线传输模块
30；步进电机控制
31；can通信系统-msp430 test code 1, MSP430 Development Foundation 2, keyboard 3, the digital display circuit 4, the LCD module interface 5, MSP430 CRC 6, 7, Chinese input methods, data compression algorithm 8, FIR filter 9, FFT algorithm for 10, Porter automatic identification rate of 11, serial memory 12 NAND flash interface, 13 A/D, TLV2541 14 DA DAC8830 15 ADS1241 16 temperature TMP100 17 timer DAC 18 data collection 19 AC voltage measurement 20 speed measurement 21 DS1820 22 DS1302 23 temperature detection system based on BQ26500 24 infrared transmission system 25 pc communication 26 wireless MODEM 27 building intercom system 28 DSP HPI interface, 29 wireless transmission module 30 stepper motor control 31 can Communication Systems
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Size: 247808 |
Author: teamo38 |
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Description: 全书共分8章。第1章概述DSP技术发展的两个领域，DSP芯片的特点、现状及应用，并简单介绍TMS320系列DSP，即C2000、C5000、C6000的特点和应用领域；第2章是TMS320C54x的硬件结构，介绍总线结构、中央处理单元、存储器和中断系统；第3章介绍TMS320C54x的寻址方式和指令系统；第4章介绍软件开发过程和基本汇编语言程序设计方法；第5章是DSP集成开发环境(CCS)，通过举例介绍了CCS的使用方法；第6章是片内外设，介绍可编程定时器、串行口、主机接口及其应用；第7章是基本硬件系统设计，介绍外部存储器和I/O扩展、A/D和D/A接口设计、时钟及复位电路设计、供电系统设计；第8章介绍了典型DSP应用系统的设计和实现方法，包括正弦信号发生器、FIR数字滤波器、快速傅里叶变换(FFT)、语音信号采集与回放。-The book is divided into eight chapters. Chapter 1 outlines the two areas of DSP technology, DSP chips, features, status and application, and a brief TMS320 series DSP, the C2000, C5000, C6000 features and applications Chapter 2 is the TMS320C54x hardware structure, introduced bus structure, the central processing unit, memory and interrupt system Chapter 3 describes the addressing modes and instructions TMS320C54x system Chapter 4 describes the software development process and basic assembly language programming method Chapter 5 is a DSP integrated development environment (CCS ), through the examples of the use of the CCS Chapter 6 is the on-chip peripherals, the programmable timer, serial ports, host interface and its application Chapter 7 is the basic hardware system design, describes the external memory and I/O expansion, A/D and D/A interface design, clock and reset circuit design, power supply system design Chapter 8 describes a typical DSP application systems design and i
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Size: 5882880 |
Author: tiger |
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Description: 8点位数可变FFT算法的VHDL语言
已通过quartusii编译仿真-8-digit variable FFT algorithm VHDL, simulation has been compiled by quartusii
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Size: 2694144 |
Author: justin |
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Description: 8点序列的基2-DIT-FFT算法程序设计-8 base sequence of 2-DIT-FFT algorithm programming
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Size: 21504 |
Author: 肖利 |
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Description: 8位加法器啊，FFT的c++程序
实现加法器的Verilog语言程序-8-bit adder ah, FFT of c++ program to achieve Adder Verilog language program
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Size: 2048 |
Author: 明义 |
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Description: 1.精度计算——大数阶乘
2.精度计算——乘法（大数乘小数）
3.精度计算——乘法（大数乘大数）
4.精度计算——加法
5.精度计算——减法
6.任意进制转换
7.最大公约数、最小公倍数
8.组合序列
9.快速傅立叶变换（FFT）
10.Ronberg算法计算积分-1. Precision Computing- factorial of large numbers 2. Accuracy Calculation- Multiplication (large numbers by decimals) 3. Accuracy Calculation- Multiplication (large numbers by large numbers) 4. Accuracy Calculation- Addition 5. Precision Computing- subtraction 6. arbitrary binary conversion 7. the common denominator, least common multiple of 8. assemblages 9. Fast Fourier Transform (FFT) 10.Ronberg integral algorithm
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Size: 327680 |
Author: 孔明 |
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Description: 对连续的单一频率离散序列 ，即k=8。 按采样频率 采样，截取长度N分别选N =20和N =16，观察其DFT结果的幅度谱。 -Discrete to continuous sequence of single frequency, ie k = 8. According to the sampling frequency sampling, truncation length N = 20 N, respectively, and selected N = 16, observed the results of its DFT magnitude spectrum.
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Size: 8192 |
Author: 朱浩 |
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Description: The VHDL implementation of 8-point FFT in VHDL. Radix 2 Decimation in Frequency-The VHDL implementation of 8-point FFT in VHDL. Radix 2 Decimation in Frequency
It is very good
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Size: 64512 |
Author: 小鸟动人 |
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Description: 实现图像的快速傅里叶变换，图像要求8位bmp图像。-Fourier transform
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Size: 2048 |
Author: 张乾 |
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Description: c code for fft 8 point
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Size: 696320 |
Author: nhan |
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Description: vhdl for fft and ofdm
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Size: 51200 |
Author: ingo |
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Description: 使用labview实现傅里叶变换的子VI，labview版本为8.5.-Fourier transform using labview to achieve the sub-VI, labview version is 8.5.
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Size: 13312 |
Author: zhai |
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Description: 基于F2812DSP的时域基2FFT变换。采用实数计算方法，8点的FFT大概是0.9ms-DIT-2 FFT
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Size: 1024 |
Author: LC |
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Description: FFt code of 8 point in matlab
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Size: 1024 |
Author: Thirumalesha |
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Description: 在学习了数字信号处理、信号与系统、建模与仿真及其医学应用等课程的基础上，
学习一类典型的生物医学信号--脑电的测取、FFT 频谱分析、以及应用数字滤波方法提
取脑电的频带（8－13Hz）信号及其特性分析。-Epilepsy section of the brain wave extraction and analysis of characteristics of the course design report
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Size: 269312 |
Author: 陈娇 |
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Description: 对两幅图像作FFT变换，然后交换两幅图像的幅度谱和相位谱，然后通过逆fft变换还原图像，得到原图和变换后图像的对比，得出图像的幅度谱和相位谱哪个更重要的结果，注意图形是8位灰度图，尺寸大小必须一样-Exchange of the two images of the amplitude spectrum and phase spectrum and inverse FFT transform to restore
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Size: 52224 |
Author: 陈述 |
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Description: 本程序为FFT的一个蝶形运算单元，输入位4位，输出8位，由于乘法器的原因，分实部与虚部，输出也为实部虚部，对其进行组合可实现FFT变换，其中乘法器为快速的列阵乘法器。-FFT butterfly unit, the input bit 4bit output 8bit, due to the multiplier, divided into real and imaginary parts, the output for the real part of the imaginary part of their portfolio can be realized FFT.
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Size: 2177024 |
Author: 李莫 |
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Description: 以上是一维傅里叶正变换程序代码，包含8个数组-More than one-dimensional Fourier transform program code, including eight array
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Size: 5120 |
Author: 陈新锋 |
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Description: Fast Fourier Transform (FFT).
Using 8 points, takes about 1.2 ms to execute one FFT.
Sets up General Purpose Timer 1 to generate events at 10 kHz.
Will produce 10 kHz output on T1PWM and T1PWM pins.-Fast Fourier Transform (FFT). Using 8 points, takes about 1.2 ms to execute one FFT. Sets up General Purpose Timer 1 to generate events at 10 kHz. Will produce 10 kHz output on T1PWM and T1PWM pins.
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Size: 2048 |
Author: wanghao |
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Description: 基于8051单片机的信号数据的fft变换-Fft transform-based signal data of the 8051
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Size: 1024 |
Author: dan |
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