搜索资源列表
字典学习
- 一种基于KSVD字典学习的多任务超分辨率图像重构方法,主要解决现有方法在高放大因子下重构图像质量下降比较严重的问题(A multi task super-resolution image reconstruction method based on KSVD dictionary learning is mainly used to solve the problem that the quality of image reconstructed by the existing method i
南瑞的IEC104规约实现的源码
- IEC104名字解析,104从站协议解析(IEC104 name resolution)
卫星
- 各种遥感卫星分辨率,刈幅宽度等等,方便用户了解(A variety of remote sensing satellite resolution, swath width and so on, easy to understand)
LapSRN-master
- Laplace Super-resolution network implement by authors
迭代SR
- 使用2幅相位互补的带条纹的低分辨率图片,能重构出一幅该条纹方向提升了两倍分辨率的图(Using 2 complementary striped low resolution images, we can reconstruct a two-fold resolution enhancement super-resolution image at the stripe direction.)
图象变换
- 图象变换 从傅立叶变换的频谱图中可以看出,提高分辨率以后,其边缘更加平滑,锯齿状明显减弱。但其傅立叶变换后的图像没有明显改变。 3》DC系数移动 其系数移动以后,频谱分量都集中到了频谱的中间。 4》滤波器频率响应(Image transform,As can be seen from the spectrum diagram of Fourier transform, the edge is smoother and the serrated is significantly reduc
超透镜
- Metalenses at visible wavelengths:Diffraction-limited focusing and subwavelength resolution imaging使用FDTD仿真脚本文件(Metalenses at visible wavelengths:Diffraction-limited focusing and subwavelength resolution imaging)
高性能计算自选题目实验报告
- 对于一副图像,比如8000*5333分辨率,我们在处理时,通常思路是从第1个像素开始,一直计算到最后一个像素。其实,目前不论手机还是个人电脑,处理器都是多核。那么完全可以将整副图像分成若干块,比如cpu为4核处理器,那么可以分成4块,每块图像大小为2000*5333,这样程序可以创建4个线程,每个处理器执行一个线程,每个线程处理一个图像块。虽然这样操作后,运算速度不会显著提升4倍,因为线程创建、释放、上下文切换都要耗些时间。但运算速度还是将明显提升,一般4核 vs 1核,运算时间将降低一半。(F
Datasheet_GO-5000-USB
- Large format 5 MP CMOS imager (global shutter) Up to 62 fps at full resolution 5.0 µm square pixels in a 5:4 aspect ratio Small size (29 x 29 x 41.5 mm, excluding lens mount) 8/10/12-bit output in choice of monochrome or raw Bayer color