搜索资源列表
Xilinx_FPGA_FFT_Application_Note
- Xilinx FPGA中FFT IP核的使用笔记，内部有FFT硬核的端口说明和具体设置以及源代码，对于数字信号处理研究人员，能图像处理、雷达成像、实时通信开发人员较多的开发时间！-Xilinx FPGA in the FFT IP core using a laptop internal hard core of the FFT port descr iption and specific settings as well as the source code for digital signa
func_RFI
- 基于距离相关性的子空间方法的地波雷达的抗射频干扰图像仿真-Image simulation based on radar distance correlation subspace methods to RFI
dianyun2DSM
- 此程序是用来将机载激光雷达（LIDAR）点云数据转换成DSM深度影像，以便于后续进行阈值分割工作的。-This program is used for airborne laser radar (LIDAR) to transform point cloud data into the DSM depth image, in order to follow-up the work of the threshold segmentation.
xsk_cs1
- 合成孔径雷达二维成像CS算法，不做插值，提高成像质量，结果可以二维成像RD算法作比较-Two-dimensional synthetic aperture radar imaging CS algorithm, do not do interpolation, improve image quality, two-dimensional imaging RD algorithm results can be compared
stripmapSAR
- SAR图像处理，LFM雷达信号的多功能应用，包含处理所需的基本程序。-SAR image processing，LFM radar signal multi-purpose applications，Containing the basic processing procedures .
displ
- matlab读取卫星雷达数据的强度图像文件-matlab to read the intensity of satellite radar data image files
morphologyforradarimg
- for edge detection(linear detection as road) in radar images we can use the morphology technique. here i am coding fo morphology process to detect the linear feature of an image.
SARViewer
- 通过GDAL读取常用遥感影像，如img，tiff，可实现读取显示和雷达影像处理的一些基本算法-Read through GDAL common remote sensing images, such as img, tiff, read the display and radar can achieve some of the basic image processing algorithms
OpenRadar1.0
- 使用C++编写的激光雷达数据的读取和显示代码 用到OpenCV2.4，OpenCV下有很多图像处理的函数，进行激光雷达的处理时也是可以使用的。便于后面进行算法的开发和测试-Use C++ prepared lidar data read and display code uses OpenCV2.4, OpenCV under a lot of image processing functions, laser radar processing may also be used. Behind
The-principle-of-Calman-filter
- 卡尔曼滤波器是一个“optimal recursive data processing algorithm（最优化自回归数据处理算法）”。对于解决很大部分的问题，他是最优，效率最高甚至是最有用的。他的广泛应用已经超过30年，包括机器人导航，控制，传感器数据融合甚至在军事方面的雷达系统以及导弹追踪等等。近年来更被应用于计算机图像处理，例如头脸识别，图像分割，图像边缘检测等等。-Kalman filter is an " optimal recursive data processing a
sar_quban
- 合成孔径雷达图像(SAR)基于相关模型的matlab去斑算法，程序中需确定等效视数和滤波窗口大小，然后就能得到平滑后的SAR图像-synthetic aperture radar images (SAR) model based on the relevant removing blotches Matlab algorithms, procedures required to determine the equivalent number of looks and filter window
sar_quban
- 合成孔径雷达图像(SAR)基于相关模型的matlab去斑算法，程序中需确定等效视数和滤波窗口大小，然后就能得到平滑后的SAR图像-synthetic aperture radar images (SAR) model based on the relevant removing blotches Matlab algorithms, procedures required to determine the equivalent number of looks and filter window
matched-filter
- 指滤波器的性能与信号的特性取得某种一致，使滤波器输出端的信号瞬时功率与噪声平均功率的比值最大.即当信号与噪声同时进入滤波器时，它使信号成分在某一瞬间出现尖峰值，而噪声成分受到抑制。-In signal processing, a matched filter (originally known as a North filter[1]) is obtained by correlating a known signal, or template, with an unknown signal t
CFAR
- 实现数字图像的经典CFAR恒虚警检测，可用于检测雷达或可见光图像中的目标-Digital images of the classic CFAR CFAR detection can be used to detect radar or visible image of the target
stft
- 里面包括短时傅里叶变换谱，倒谱平滑等，这些代码广泛用于，语音说话人识别，语音增强，雷达，声呐，图像等领域-Including short-time Fourier transform spectrum, cepstrum smooth, etc., are widely used in the code, voice speaker recognition, speech enhancement, radar, sonar, image, etc
ISAR_Simple-target-imaging
- 逆合成孔径雷达发射信号，通过对观测目标反射的回波进行数据处理，分离出目标的图像信息，从而对目标进行成像- ON划词翻译ON实时翻译 Inverse synthetic aperture radar transmitted signal, data processing by the reflection observation of target echo, separating the image information of the target, so as to image th
tu5.8
- 根据雷达测量目标的数据，绘出目标运行轨迹，从而使数据更形象-According to the data of radar measurement target, the target is plotted trajectory, making data more image
lectures_CS
- 压缩感知理论的讲座（共8讲），很好的学习资料，含在语音、图像和雷达领域的应用示例。-The lectures regarding compressive sensing consist of 8 articles which indroduce the fundamental and applications on speech,image and radar.
RADAR_IMAGE
- 里面是一个用于雷达成像图像处理的算法，已经测试过很多次了-Inside is a radar imaging algorithm for image processing, has been tested many times
SARCS
- 一个用于雷达成像的图像处理的经典算法，可以直接成像无需其他输入-A classical algorithm for image processing radar imaging, and can be directly imaged without additional input