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amo_tool_V1_2_6
- 名称：amo的编程小工具集合版本：V1.2.6 我平时编程和设计时常用的小工具集合。功能： 1－8位校验和 2－16位校验和 3－计算CRC8 4－计算CRC16 5－计算CRC32 6－计算MD5 7－计算SHA1 8－十六进制字符串转换为Ascii字符串 9－Ascii字符串转换为十六进制字符串 10－十六进制字符串转换为浮点数 11－浮点数转换为十六进制字符串 12－统计文章的字符个数，精确到每一个字符 13－把文件转换为C语言数组（这样可以把文件嵌入到我们的程序中） 14－电阻值选型（开
ledlight.c
- led摇摇棒设计程序，单片机开发可用，手摇16*4阵列的led，根据摇的速度不同变换显示内容。-shook rods led the design process, microcontroller development is available, 16* 4 array of hand-led, according to the speed of shaking in different transformation display the contents.
belt_scale_circuit_design_and_anlyses
- 高精度阵列式皮带秤的硬件电路设计，特别设计出低温漂的滤波电路，通过实验得出ADC稳定性的数据-Precision belt weigher array of hardware circuit design, specially designed to filter out the low-temperature drift circuit, obtained through experiments the stability of ADC data
dfefe.doc
- 该高频正弦信号发生器基于直接数字频率合成（DDS）和数字锁相环技术（DPLL），以微控制器（MCU）和现场可编程逻辑门阵列（FPGA）为核心，辅以必要的外围电路设计而成。系统主要由正弦信号发生、红外遥控、高速模数（A/D）－数模（D/A）转换、信号调制和后级处理等模块组成。-The high-frequency sinusoidal signal generator based on Direct Digital Synthesis (DDS) and digital PLL (DPLL), a
CCDdesign
- 一种新型线阵CCD驱动电路的设计方法,硬件设计-A new linear array CCD drive circuit design, hardware design
Counter_Time
- 设计一个倒计时器，由单片机接收小键盘阵列设定的倒计时时间，倒计时范围最大为60分钟，由数码管显示模块显示剩余时间，显示格式为XX（分）：XX（秒），精确到1S的整数倍。倒计时时间到，由LED亮闪烁灯发出报警。-Design a countdown, received by the microcontroller keypad array to set the countdown time countdown range up to 60 minutes, the digital display
design8279
- 在对8279的键盘显示接口分析的基础上,设计实现一位L ED七段十进制数码管显示驱动和键盘输入阵列电路.利用8279可实现对键盘显示的自动扫描,以减轻CPU负担.其显示稳定,程序简单,不会出现误动作. 本系统采用8031单片机与8279芯片的显示接口组成对L ED数码管应用系统的显示驱动电路. 具有可靠性高、价格低、使用方便等特点,适合数据显示的计算机应用系统使用-On the basis of the analysis on the 8279 keyboard interface, desig
LED-xianzhen
- 本设计硬件基础为：16个LED组成一个线阵，使用水银开关作为标杆，用89c52作为控制器。显示效果为一个心形和LOVE字符-The design of the hardware foundation: a linear array of 16 LED mercury switch as a benchmark, as the controller using 89c52. Display a heart-shaped and LOVE characters
NRF2401
- 1、nrf24l01的有关资料（NRF24L01功能使用文档、NRF24l01模块说明书、RF产品设计经验、nRF24L01中文说明书）。 2、用c语言编写的适用于PIC单片机的nrf24l01的收发程序，其中有涉及到液晶模块，串口通信，即无线收发的数组能用串口收发，液晶显示。-1, nrf24l01 the relevant information (using documentation, nrf24l01 module nrf24l01 function specification,
led
- 汇编语言编写LED阵列的数字显示屏设计，并且附有protues仿真图。-LED array assembly language digital display design, and with protues simulation Fig.
singlechip
- 汇编语言，设计一个点整式led的显示牌，显示，哈工大欢迎你。要求用led灯完成，根据字体外形决定显示阵列的长宽各排列多少个led灯。-Assembly language, to design a point Zhengshi led display cards, display, HIT welcome you. Requirements with led lights completed, length and width of the array are arranged according
10_7
- 设计一个方法，删除一个有N个元素的数组A中所有的重复元素，返回仍留在数组A中的元素个数。函数的时间复杂度必须为O(NlogN)（提示：用快速派讯作为一个预处理步骤）。-Design A method, delete A N element of the array of all the elements of A repeat, returns to remain in A number of elements in the array. The time complexity must for
AVRSmartCar
- 使用AVRmega128微控制器设计制作智能车（飞思卡尔智能车车模）；寻线传感器使用线性传感阵列LCD5110；实现了基本的寻线和PID控制速度功能。-Use AVRmega128 microcontroller design intelligent vehicle (Freescale smart car Cars) hunt sensor using a linear sensor array LCD5110 to achieve the basic hunt and PID contr
yie-V8.2
- Example tracking mean cheap, LCMV optimization design array signal processing, Pisarenko harmonic decomposition algorithm.
yhqjc
- Welcome to download the study, LCMV optimization design array signal processing, Using MATLAB dynamic clustering or iterative self-organizing data analysis.
cr550
- Based chebyshev underwater acoustic signal analysis, LCMV optimization design array signal processing, Complete HMM-based speech recognition system.
ecauh
- LCMV optimization design array signal processing, Image optical flow calculation matlab program, Calculation multifractal detrended fluctuation analysis matlab program.
0760
- v The received signal is given eye and BER simulation systems, Energy spectrum analysis and calculation, LCMV optimization design array signal processing.
7318
- Realization of 10 digital audio recognition program LCMV optimization design array signal processing, Is a practical method of path planning.
mang_ti32
- You can achieve data classification and regression pattern recognition, Machine learning routines, LCMV optimization design array signal processing.