nuistming

nuistming's Stars

• bytenode/bytenode

  A minimalist bytecode compiler for Node.js

  Language:JavaScript2.6k184

• iswix-llc/iswix-tutorials

  Language:C#9716

• winsw/winsw

  A wrapper executable that can run any executable as a Windows service, in a permissive license.

  Language:C#12.2k1.6k

• lijiapeng0302/management-system

  此项目是 vue + element-ui 构建的后台管理系统，是后台项目node-elm 的管理系统，所有的数据都是从服务器实时获取的真实数据，具有真实的注册、登陆、管理数据、权限验证等功能。

  Language:Vue6625

• lijiapeng0302/node-elem

  整个项目分为两部分：前台项目接口、后台管理接口，共60多个。涉及登陆、注册、添加商品、商品展示、筛选排序、购物车、下单、用户中心等，构成一个完整的流程。

  Language:JavaScript7540

• ddsol/speedtest.net

  node.js SpeedTest.net client module

  Language:JavaScript611124

• snafuz/speed-test-service

  Node js service to check upload/download speed

  Language:JavaScript2

• xcvdsfd/electron-wxlogin

  Language:JavaScript86

• electron/electron

  :electron: Build cross-platform desktop apps with JavaScript, HTML, and CSS

  Language:C++114k15.4k

• electron-userland/electron-builder

  A complete solution to package and build a ready for distribution Electron app with “auto update” support out of the box

  Language:TypeScript13.7k1.7k

• zce/music-player

  a music player by express & angular || vue

  Language:JavaScript180119

• c4pr1c3/cuc-wiki

  个人教学 Wiki

  13117

• domlysz/BlenderGIS

  Blender addons to make the bridge between Blender and geographic data

  Language:Python7.7k1.4k

• ND-EdTech-Team/Image_Segmentation_From_Green_Screen_Video

  通过Unity提供的Shader功能，对绿幕背景视频进行透明处理，提取视频内容，转换加工处理后的视频画面以纹理的形式添加到3D场景中进行融合。

  Language:C#81

• tidehc/esdk_Cgw

  视频监控融合，同时对接平台IVS，LTE，T28181（华为，海康）

  Language:C++1119

• gomarkdown/markdown

  markdown parser and HTML renderer for Go

  Language:Go1.4k174

• yosssi/ace

  HTML template engine for Go

  Language:Go83589

• Scoefield/gokeyboardman

  “Go键盘侠”公众号有关golang学习的代码分享

  Language:Go122

• darjun/go-daily-lib

  Go 每日一库

  Language:Go5.1k606

• kppotato/coredns

  coredns web管理界面。

  Language:Go3219

• sunzhongwei/go_seo_checker

  Language:Go12

• nange/gospider

  golang实现的爬虫框架，使用者只需关心页面规则，提供web管理界面。基于colly开发。

  Language:Go410110

• bilityniu/underwater_image_fusion

  水下图像增强融合算法-matlab

  Language:MATLAB7923

• utpal0401/Wavelength-Compensation-and-Dehazing

  Underwater-Image-Enhancement-using-Wavelength-Compensation-and-Dehazing

  Language:Matlab143

• koujan/Robotics-Course-project

  Haze can cause poor visibility and loss of contrast in images and videos. In this article, we study the dehazing problem which can improve visibility and thus help in many computer vision applications. An extensive comparison of state of the art single image dehazing methods is done. One simple contrast enhancement method is used for dehazing. Structure- texture decomposition has been used in conjunction with this enhancement method to improve its performance in presence of synthetic noise. Methods which use a haze formation model and attempt at solving an ill-posed problem using computer vision priors are also investigated. The two priors studied are dark channel prior and the non-local prior. Both qualitative and quantitative comparisons for atmospheric and underwater images on all three methods provide a conclusive idea of which dehazing method performs better. All this knowledge has been extended to video dehazing. A video dehazing method which uses the spatial and temporal information in a video is studied in depth. An improved version of video dehazing is proposed in this article, which uses the spatial-temporal information fusion framework but does not suffer from some of its limitations. The new video dehazing method is shown to produce better results on test videos

  Language:Matlab3413

• danaberman/non-local-dehazing

  MATLAB implementation of the paper "Non-Local Image Dehazing", CVPR 2016

  Language:Matlab15542

• mohitkumarahuja/Underwater-Image-Enhancement-by-Wavelength-Compensation-and-Dehazing

  ACQUIRING clear images in underwater environments is an important issue in ocean engineering. The quality of underwater images plays a pivotal role in scientific missions such as monitoring sea life, taking census of populations, and assessing geological or biological environments. Capturing images underwater is challenging, mostly due to haze caused by light that is reflected from a surface and is deflected and scattered by water particles, and colour change due to varying degrees of light attenuation for different wavelengths. Light scattering and colour change result in contrast loss and colour deviation in images acquired underwater.

  Language:Matlab3312

• scatnet/scatnet

  Scattering Network for Matlab

  Language:Matlab8943

• MSiam/TFSegmentation

  RTSeg: Real-time Semantic Segmentation Comparative Study

  Language:Python597168

• David-Guo/face_recognize

  Matlab PCA 人脸识别

  Language:Matlab197102