搜索资源列表
有用C程序
- 自编的一些实用8279显示程序及DAC0832波形产生程序,低频相位测量仪设计及相关程序-self-programming pratical programs which includes: - 8279 displaying - DAC0832 wave generating - Low-frequency-phase meter designing - others related
OpenCV-tuxiangpeizhu
- 实现相位相关图像配准,编译产生库文件,用于openCV平台。实现了相位相关图像的快速搜索和两幅图像之间的匹配-Implementation phase correlation image registration, create library files compiled for openCV platform. Achieve the rapid phase correlation image search and matching between two images
xiangWeiCha
- 是一些 数字相关法的论文 1.FFT法与数字相关法在相位测量上的比较.pdf 2.采用数字相关法测量相位差.pdf 3.基于FFT谱分析算法的高精度相位差测量方法.pdf 4.基于Hilbert变换的相位测量法与数字相关测相法的比较.pdf 5.基于虚拟仪器技术和互相关原理的相位测量仪.pdf 6.数字化相位差测量算法的研究.pdf 7.相位差的数字化测量研究.pdf 8.虚拟仪器测量周期信号相位的仿真设计.pdf-Are some figures
scintSim
- cornell大学的电离层闪烁模型,可仿真GPS信号的幅度闪烁和相位闪烁,为相关研究人员提供参考-cornell University of ionospheric scintillation generated files, to simulate amplitude scintillation and phase scintillation
PSK_phase
- 通过多相位调制信号的调制解调的分析,可以更深入的理解下相关解调的原理,希望能对大家有所帮组-Through a multi-phase modulation signal modulation and demodulation analysis can be more in-depth understanding of the principles of the relevant demodulation hope all of you to help group
01341113
- 一篇讲通过两幅图像的快速傅里叶变换进行相位相关计算检测图像旋转的英文文章-Stresses two images through a fast Fourier transform calculation of phase correlation to detect image rotation English articles
suij
- 用Matlab产生一满足条件的窄带随机过程,编写子程序计算该随机过程的均值函数,自相关函数,功率谱,包络,包络平方及相位的一维概率密度画出相应的图形-Generated using Matlab to meet the conditions of a narrow-band random process, the preparation of random process subroutine to calculate the mean function, auto-correlation fu
STFT_serial
- 短时傅利叶转换或短时傅利叶变换(英文:short-time Fourier transform, STFT,又称short-term Fourier transform)是和傅利叶转换相关的一种数学转换关系,用以决定时变讯号其局部段落之弦波成份的频率与相位。 -Short-time Fourier transform or short-term Fourier transform (in English: short-time Fourier transform, STFT, also kn
Phase_Correlation
- 图像处理的相位相关算法,基于opencv和fftw实现;-phase correlation
l-m_based
- 基于相位相关和L-M的图像拼接算法,感兴趣的可以参考一下。-Phase correlation and the LM-based image mosaic algorithm
Fiber-OpticSensor
- 该文介绍了系统数据采集原理并设计了基于LabView软件技术的相位解调方法,编写了系统相关功能操作界面。-This paper introduces the theory and design of data acquisition system based on LabView software phase demodulation method, to prepare a system-related functional interface.
bian-cong-pin-xinhao
- 研究了重频参差相参脉冲串的频率估计算法。通过脉内相关积累,提高了新序列的信噪比。对新序列的相位差按参差重数抽样平均,减小了等效的相位噪声方差,利用重频参差比解相位模糊,扩大了频偏允许范围,降低了算法的信噪比门限。分析了本算法实现相参频率估计的条件,推导了相应信噪比门限的解析表达式,指出了信噪比门限与信号样本总数、参差重数、参差比之阎的关系。仿真结果表明:上述结论是正确的,在满足信噪比门限条件下,频率估计的精度接近相参脉冲串频率估计的克拉美一罗限(CRLB)。-Frequency Estimati
Punwrapphaseh
- 相位解缠和相位展开matlab程序,,里面还包含多篇介绍该相关解缠算法的文章 -Phase unwrapping and phase to commence the matlab program, which also contains many articles on the unwrapping algorithm article
parse
- 利用opencv实现改进的相位相关法。 -The opencv achieve improved phase correlation method.
xiangweixiangguanfa
- 图像拼接所用的相位相关法代码,主要是基于频域平移以及旋转与时域之间的变换关系所得,精验证可行-Image mosaic phase correlation method used in the code is mainly based on the frequency domain and time-domain translation and rotation transformation between the proceeds, fine proven feasible
MainForPhaseAngle
- 修改自pudn的fm_gui_v2.基于相位相关方法(傅里叶变化),可有效实现任意大小两图的位移、尺度变化、旋转量,并输出拼接结果-Modified pudn of fm_gui_v2. Based on phase correlation method (Fourier transform), which can effectively achieve the displacement of any size, the two figures, the scale changes, the
track
- 该程序是我多年的经验总结以及代码,实现了全景目标跟踪、火焰识别、烟雾识别、起立坐下行为判断、越界闯入、徘徊、违规停车等多种智能功能一体化,粒子滤波、贝叶斯分类器、随机森林等多种在线学习机制,还有传统的camshift、meanshift、光流法、卡尔曼滤波、struck、KCF、TLD、CT、区域匹配,相位相关、轮廓跟踪等多种算法-The program is my many years of experience and code, the realization of the panora
41354175PhaseCongruency
- 相位一致性的相关程序,用于各种图像处理过程中,非常实用,推荐下载(Phase consistency of the related programs, used in various image processing, very practical, recommended downloading)
伪随机相位编码脉冲雷达的信号处理
- 伪随机相位编码脉冲雷达的信号处理。设码频 02,单位为 MHz,伪码周期内码长为 127,占空比 10%,雷达载频为 10GHz,输入噪声为高斯白噪声。目标模拟分单目标和双目标两种情况,目标回波输入信噪比可变(-35dB~10dB),目标速度可变(0~1000m/s),目标幅度可变(1~100),目标距离可变(0~10000m),相干积累总时宽不大于 10ms。单目标时,给出回波视频表达式;脉压和 FFT后的表达式;仿真 m序列的双值电平循环自相关函数,给出脉压后和 FFT后的输出图形;
digital%2Bholography
- 实现数字全息相位展开及再现,里面有使用说明及相关实例(Realization of digital holography phase unwrapping and reproducing)
