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DS1307_LCD.通过IIC总线读写实时时钟DS1307
- 通过IIC总线读写实时时钟DS1307,并把时、分、秒显示在12864液晶屏上,用的CycloneII EP2C8,Quartus环境,Through the IIC bus read and write real-time clock, DS1307, and the hours, minutes and seconds displayed on the LCD screen on the 12864, used CycloneII EP2C8, Quartus environment
cameralink
- 由于目前基于CameraLink接口的各种相机都不能直接显示,因此本文基于Xilinx公司的Spartan 3系列FPGAXC3S1000-6FG456I设计了一套实时显示系统,该系统可以在不通过系统机的情况下,完成对相机CameraLink信号的接收、缓存、读取并显示 系统采用两片SDRAM作为帧缓存,将输入的CameraLink信号转换成帧频为75Hz,分辨率为1 024×768的XGA格式信号,并采用ADV7123JST芯片实现数模转换,将芯片输出的信号送到VGA接口,通过VGA显示器显示
VGA
- 压缩包中包含了用Verilog编写的视频控制模块,实现PAL制式到VGA制式的实时转换,同时包含了VGA专用ram配置模块,可直接实用-Compressed package includes the preparation of the video with the Verilog control module, PAL format to achieve real-time conversion to standard VGA, VGA also includes dedicated ram
DE0_NANO_GSensor
- 该代码利用DE0 nano上面的ADI ADXL345三轴重力传感器实现重力感应,根据偏转角度的不同点亮相应方向上面的LED灯,稍加修改,还能够将各个方向上面的重力加速度值实时显示,希望大家喜欢-The code used DE0 nano gravity above the ADI ADXL345 three-axis accelerometer sensors to achieve according to the deflection angle of light in different
Read
- 这是一个有关实时模拟和数字图像处理的fpga程序-This is a real-time analog and digital image processing procedures for the FPGA
s_filter
- fpga实现图象滤波,实时的实现对输入图象的形态学滤波-FPGA realization of image filtering, real-time realization of the input images of morphological filtering
video_process_base_on_DSPandFPGA
- 基于高速数字信号处理器(DSP) 和大规模现场可编程门阵列( FPGA) ,成功地研制了小型 化、低功耗的实时视频采集、处理和显示平台. 其中的DSP 负责图像处理,其外围的全部数字逻辑功能都集成在一片FPGA 内,包括高速视频流FIFO、同步时序产生与控制、接口逻辑转换和对视频编/ 解码器进行设置的I2 C 控制核等. 通过增大FIFO 位宽、提高传输带宽,降低了占用EMIF 总线的时间 利用数字延迟锁相环逻辑,提高了显示接口时序控制精度. 系统软件由驱动层、管理层和应用层组成,使得硬件管
jiaotongdeng
- 1). 用红、绿、黄三色发光二极管作信号灯。主干道为东西向,有红、绿、黄三个灯;支干道为南北向,也有红、绿、黄三个灯。红灯亮禁止通行;绿灯亮允许通行;黄灯亮则给行驶中的车辆有时间停靠到禁行线之外。 2).由于主干道车辆较多而支干道车辆较少,所以主干道绿灯时间较长。当主干道允许通行亮绿灯时,支干道亮红灯。而支干道允许通行亮绿灯时,主干道亮红灯,两者交替重复。主干道每次放行50秒,支干道每次放行30秒。 在每次由亮绿灯变成亮红灯的转换过程中间,需要亮5秒的黄灯作为过渡,以使行驶中的车辆有时间
DS18B20
- 基于单片机的DS18B20温度采集系统 实时温度采集 具有报警功能-DS18B20 temperature based on single-chip real-time acquisition system with alarm function of temperature acquisition
qrsdetection
- 在本文中,我们提出了一种新算法,利用重建相图的特征和迟豫坐标去实现QRS波群的实时检测。-In this article, we propose a new algorithm using the characteristics of reconstructed phase portraits by delaycoordinate mapping utilizing lag rotundity for a real-time detection of QRS complexes in ECG
fpga.fifo
- 异步FIFO是用来适配不同时钟域之间的相位差和频率飘移的重要模块。本文设计的异步FIFO采用了格雷(GRAY)变换技术和双端口RAM实现了不同时钟域之间的数据无损传输。该结构利用了GRAY变换的特点,使得整个系统可靠性高和抗干扰能力强,系统可以工作在读写时钟频率漂移达到正负300PPM的恶劣环境。并且由于采用了模块化结构,使得系统具有良好的可扩充性。-Asynchronous FIFO is an important module which always used to absorb the
vhdl
- 信号与线性系统的时频域分析:观测已知方波信号、正弦波信号的频谱;观测实时模拟信号的频谱;加深理解时域周期信号的各频率分量在振幅频谱图上所占的比重;观测相位在波形合成中的作用;LTI系统的频域分析,LTI系统对周期性输入信号的响应。-Signals and linear systems with time-frequency domain analysis: observation known square wave signal, sine wave signal spectrum obser
digitaloscilloscope
- This digital oscilloscope takes a MCU and FPGA as the core. We made emphases on the choice of the sampling methods and the implement of equivalent sampling as a result, our design not only has the real-time sampling mode but also can reach the highes
FPGAbasedMPEG2TS
- 基于FPGA的MPEG-2TS码流实时分析与检测系统.nh-FPGA-based MPEG-2TS stream real-time analysis and detection system. Nh
oscillograph
- 这个代码是用于,数字示波器的设计,可以实现信号的实时采样与存储,还有DA转换-This code is used, the digital oscilloscope is designed to achieve real-time signal sampling and storage, as well as DA conversion. . .
vclock
- developing the real time clock using vhdl
FPGA_Based_Real-time_Adaptive_Filtering_for_Space
- FPGA Based Real-time Adaptive Filtering for Space Applications
ds32c35
- ds32c35是dalas生产的实时时钟(RTC)芯片,本程序(在EP2C8Q208C8N上调试通过)在FPGA上构建I2C接口于此时钟芯片通信。可以在LED上动态实时显示时间。利用本程序也可以改编成高精度实时时间测量的程序-ds32c35 is produced by dalas real-time clock (RTC) chip, this program (in the EP2C8Q208C8N debugging via) in the FPGA built this clock ch
TemperatureMonitor_lab
- 实现温度的实时的检测,使用Verilog语言,适用于actel公司的FPGA-To achieve real-time temperature detection, the use of Verilog language, the company' s FPGA for actel
TIMEFACEDETECTIONANDLIPFEATUREEXTRACTIONUSINGFPGA
- Abstract—This paper proposes a new technique for face detection and lip feature extraction. A real-time field-programmable gate array (FPGA) implementation of the two proposed techniques is also presented. Face detection is based on a naive Bay