搜索资源列表
RANSAC
- 图像中用到的RANSAC算法包。RANSAC Toolbox by Marco Zuliani-this is a research (and didactic) oriented toolbox to explore the RANSAC algorithm. The functions are reasonably well documented and there is a directory containing examples to estimate 2D lines, 3D
LCD12864
- 12864液晶及键盘简单显示（8位并口传输）P0口送数据或命令，连接到12864 RS=P2.0,RW=P2.1,EN=P2.2,PSB=P2.3,RST=P2.4 P3连接4*4键盘扫描-lcd display
01-NEC_1997_B
- 简易数字频率计（1997年B题）,本例程的rst(复位)键位于拨码开关的第1位(最右边),高电平有效。-Simple digital frequency meter Problem B (1997), the routine rst (reset) button is located in one of the DIP switch (far right), high effective.
02-NEC_1999_B
- 数字有效值电压表（1999年B题）,本例程的rst(复位)键位于拨码开关的第1位(最右边),高电平有效。-Digital rms voltmeter Problem B (1999), the routine rst (reset) button is located in one of the DIP switch (far right), active high.
12864_parallel
- /*此程序为MSP430F5438单片机控制LCD12864显示程序。时钟晶振为8M，主系统时钟和子系统时钟不分频。 作者：郑爱和 日期：2011-08-15 功能描述：12864供电可以选择5V或者是3.3V供电（PIN1,2），背光选择5V或者是3.3V， 最好是选择3.3V(PIN19,20) 。对比度调节引脚接地，使对比度最大(PIN3)， RS,RW,EN,引脚分别接P3口的P3.0,P3.1,P3.2(PIN4,5,6)。 PSB串行并行选择段接P3.3,程序
dianzibiao
- 电子表的设计包括正常计时模块，LED显示模块，定时报警模块，校时模块，秒表模块-module clock(clk,rst,clock_en,second,minute,hour) input clk,rst,clock_en output[5:0]second,minute,hour reg[5:0]second,minute,hour
A1
- IAR环境下 MSP430-149F，以参考电压为采样信号的ADC采样示例程序，当采样到的电压A0>0.5*AVcc，P3.4（LED）置位，否则复位。- MSP-FET430P140 Demo- ADC12, Sample A0, Set P3.4 if A0 > 0.5*AVcc Descr iption: A single sample is made on A0 with reference to AVcc. Software sets ADC10SC to
A3
- IAR环境下的MSP430F149，以温度传感器的电压值为采样信号的AD采样程序，采样间隔为80ms。- Descr iption: Use ADC12 and the integrated temperature sensor to detect temperature gradients. The temperature sensor output voltage is sampled ~ every 80ms and compared with the defined d
T1
- IAR环境下的MSP430F149，使用定时器A，每隔5000个时钟周期点亮/熄灭LED的程序- Descr iption: Toggle P3.4 using software and TA_0 ISR. Toggles every 50000 SMCLK cycles. SMCLK provides clock source for TACLK. // During the TA_0 ISR, P3.4 is toggled and 50000 clock cycles ar
T2
- IAR环境下的MSP430F149，使用定时器A的累加模式计时，每当CCR0溢出时，点亮/熄灭LED。- Descr iption: Toggle P3.4 using software and TA_0 ISR. Timer_A is configured for up mode, thus the timer overflows when TAR counts to CCR0. In this example, CCR0 is loaded with 20000. AC
STM32-Touch-screen
- 开机的时候先通过24C02的数据判断触摸屏是否已经校准过，如果没有校准，则执行校准程序，校准过后再进入手写程序。如果已经校准了，就直接进入手写程序，此时可以通过按动屏幕来实现手写输入。屏幕上会有一个清空的操作区域（RST），点击这个地方就会将输入全部清除，恢复白板状态。程序会设置一个强制校准，就是通过按KEY0来实现，只要按下KEY0就会进入强制校准程序，这个强制校准程序是必须的-Boot time to pass the the 24C02 data to determine the touc
1G-51dpj-SDcard-read-pic-to-screem
- 彩屏使用 ILI9235 主控芯片 液晶插针J2使用了如下信号： 数据端： AD0-AD7 或者 DB0-DB7 控制信号 ： S-指令/数据 WR-写控制 CS-使能 RST-复位 没有使用RD （读控制） 主板上一个稳压芯片 LM1117-3.3 作用是把5V电压转换为3.3V 74hc245 用户电平转换 SD 部分使用4个数据线 使用SD卡的SPI模式 C
d1302clock
- D1302+数码管显示带秒时钟 用杜邦线将D1303芯片于单片机的I/O口相连,具体如下: RST----P1.0 I/O----P1.1 CLK----P1.2-The D1302+ digital display with seconds clock the D1303 chip connected to the microcontroller' s I/O port with DuPont line, as follows: RST----, P1.0 I/O-
uart
- Verilog 编写全双工UART input clk, // 这个模块的主时钟 input rst, // 同步复位信号 input rx, // 串口接收端口 output tx, // 串口发射端口 input transmit, // 发送信号 input [7:0] tx_byte, // 发送的字节 output received, // 表明，已接受到一个字节 output [7:0] rx_
cnt10
- Clk为50MHz的时钟信号输入；rst为复位控制按键（低电平有效）；en(0-2)通过三个按键分别控制3种状态（低电平有效）。 1. 当en(0)=`0`时，启动加法计数并将结果动态显示到两位数码管上，同时另外的两位数码管的6段以相反方向按顺序闪烁 2. 当en(1)=`0`时，启动减法计数并将结果动态显示到两位数码管上，同时另外的两位数码管的6段以相反方向按顺序闪烁，闪烁方向与加法的相反； 3. 当en(2)=`0`时，启动LED闪烁功能，LED灯按顺序逐个流水闪动； 4.
sequence_detector
- 序列检测器的设计师用Verilog语言实现的，实现了状态之间的有效处理，在FPGA开发板上可运行-module xulie_check(clk,rst,x,y) output y input clk,rst,x reg y reg [2:0] state parameter s0=0,s1=1,s2=2,s3=3,s4=4,s5=5,s6=6,s7=7 always@(posedge clk or negedge rst)
An-Introduction-to-Programming
- This text provides an introduction to the numerical methods that are typically encountered (and used) in science and engineering undergraduate courses. The material is developed in tandem with MATLAB which allows rapid prototyping and testing of t
isnns10p23
- Segmentation of structure in medical images is an important research topic. It has applications in patient diagnoses, image-guided surgery, and medical data visualization. One approach to solving this problem is the use of active contours or \s
HepatocellularCarcinoma
- Segmentation of structure in medical images is an important research topic. It has applications in patient diagnoses, image-guided surgery, and medical data visualization. One approach to solving this problem is the use of active contours or \s
ANAFDLLI
- Segmentation of structure in medical images is an important research topic. It has applications in patient diagnoses, image-guided surgery, and medical data visualization. One approach to solving this problem is the use of active contours or \s