Pinned Repositories
Android_Controller_Pull_To_Refresh
AndroidSwipeLayout
The Most Powerful Swipe Layout!
awesome-object-proposals
A curated list of object proposals resources for object detection
benchmark_results
visual tracker benchmark results
ChineseCodingInterviewAppendix
The source code for the appendix part of the Chinese version of the book Coding Interviews
cJSON
cJson源码和源码分析
ComputerVision
Various projects using Open CV
coopCuts_CVPR2013
code supporting our CVPR 2013 paper
ctagsx
VSCode ctags implementation that actually works
figtree-android
Android port of figtree
zhoutingztzt's Repositories
zhoutingztzt/Android_Controller_Pull_To_Refresh
zhoutingztzt/AndroidSwipeLayout
The Most Powerful Swipe Layout!
zhoutingztzt/awesome-object-proposals
A curated list of object proposals resources for object detection
zhoutingztzt/benchmark_results
visual tracker benchmark results
zhoutingztzt/ChineseCodingInterviewAppendix
The source code for the appendix part of the Chinese version of the book Coding Interviews
zhoutingztzt/cJSON
cJson源码和源码分析
zhoutingztzt/ComputerVision
Various projects using Open CV
zhoutingztzt/coopCuts_CVPR2013
code supporting our CVPR 2013 paper
zhoutingztzt/ctagsx
VSCode ctags implementation that actually works
zhoutingztzt/Graph-Cut
Graph-cut Image Segmentation ---------------------------- Implements Boykov/Kolmogorov’s Max-Flow/Min-Cut algorithm for computer vision problems. Two gray-scale images have been used to test the system for image segmentation (foreground/background segmentation) problem. Steps: 1. defined the graph structure and unary and pairwise terms. For graph structure, i have used available packages/libraries such as PyMaxflow. 2. likelihood function for background and foreground has been generated. 3. General energy function consisting of unary and pairwise energy functionals have been written. 4. Likelihood maps (intensity map ranging from 0 to 1) for foreground and background have been displayed. 5. Use Boykov/Kolmogorov maxflow / mincut approach for solving the energy minimization problem. 6. Final segmentation have been displayed. Created an image for which the background pixels are red, and the foreground pixels have the color of the input image. Relevant paper can be found here: http://www.csd.uwo.ca/~yuri/Papers/pami04.pdf
zhoutingztzt/High-order-energies-for-stereo-segmentation-
High-order energies for stereo segmentation
zhoutingztzt/Higher-Order-Energies-for-Image-Segmentation-
Higher-Order Energies for Image Segmentation
zhoutingztzt/igniter
A trojan client for Android (UNDER CONSTRUCTION).
zhoutingztzt/iResNet
zhoutingztzt/Java-Interview
👨🎓 Java related : basic, concurrent, algorithm
zhoutingztzt/Lazy-random-walks-for-superpixel-segmentation
Lazy random walks for superpixel segmentation (IEEE TIP14)
zhoutingztzt/leetcode
LeetCode Problems' Solutions
zhoutingztzt/MDP_Tracking
Learning to Track: Online Multi-Object Tracking by Decision Making
zhoutingztzt/mrflow
Code for the paper "Optical Flow in Mostly Rigid Scenes" by Jonas Wulff, Laura Sevilla-Lara, Michael Black, CVPR 2017
zhoutingztzt/MyTinySTL
Achieve a tiny STL in C++11
zhoutingztzt/netdef_models
Repository for different network models related to flow/disparity (ECCV 18)
zhoutingztzt/nginx
An official read-only mirror of http://hg.nginx.org/nginx/ which is updated hourly. Pull requests on GitHub cannot be accepted and will be automatically closed. The proper way to submit changes to nginx is via the nginx development mailing list, see http://nginx.org/en/docs/contributing_changes.html
zhoutingztzt/oatpp
🌱Light, high-performance web framework. Create bleedingly-fast web-services. Organic. Pure C++
zhoutingztzt/PSMNet
Pyramid Stereo Matching Network (CVPR2018)
zhoutingztzt/redis
Redis is an in-memory database that persists on disk. The data model is key-value, but many different kind of values are supported: Strings, Lists, Sets, Sorted Sets, Hashes, HyperLogLogs, Bitmaps.
zhoutingztzt/TBCF
Tracking Benchmark for Correlation Filters
zhoutingztzt/tinyhttpd
tinyhttpd的详细注释版，十分适合入门者学习的一个项目
zhoutingztzt/Tinyhttpd-1
Tinyhttpd 是J. David Blackstone在1999年写的一个不到 500 行的超轻量型 Http Server，用来学习非常不错，可以帮助我们真正理解服务器程序的本质。官网:http://tinyhttpd.sourceforge.net
zhoutingztzt/TKeed
🌎 High Performance HTTP WebServer
zhoutingztzt/zhoutingztzt.github.io
zhouting's blog