当前位置:网站首页>An overview of the latest research progress of "efficient deep segmentation of labels" at Shanghai Jiaotong University, which comprehensively expounds the deep segmentation methods of unsupervised, ro
An overview of the latest research progress of "efficient deep segmentation of labels" at Shanghai Jiaotong University, which comprehensively expounds the deep segmentation methods of unsupervised, ro
2022-07-07 21:18:00 【Zhiyuan community】

Thesis link :https://arxiv.org/pdf/2207.01223.pdf
With the rapid development of deep learning , Segmentation technology, one of the basic tasks of computer vision, has made great progress . However , Current segmentation algorithms mainly rely on the availability of pixel level annotation , This is usually expensive 、 Cumbersome and laborious . To lighten the burden , In the past few years , People pay more and more attention to the establishment of efficient labels 、 Segmentation algorithm based on deep learning . This paper gives a comprehensive overview of efficient label segmentation methods . So , We will start with different types of weak tags ( Including unsupervised 、 Rough supervision 、 Incomplete supervision and Noise Supervision ) Supervision provided , And supplemented by the type of segmentation problem ( Including semantic segmentation 、 Instance segmentation and panoramic segmentation ), A taxonomy has been developed to organize these methods . Next , We summarize the existing efficient label segmentation methods from a unified perspective , An important issue was discussed : How to bridge the gap between weak supervision and intensive prediction —— Most of the current methods are based on heuristic Apriori , Such as cross pixel similarity 、 Cross label constraints 、 Cross view consistency 、 Cross image relationships, etc . Last , We put forward our own views on the future research direction of efficient deep segmentation of tags .
边栏推荐
- [uvalive 6663 count the regions] (DFS + discretization) [easy to understand]
- [matrix multiplication] [noi 2012] [cogs963] random number generator
- 【C语言】指针进阶---指针你真的学懂了吗?
- Static analysis of software defects codesonar 5.2 release
- SQL injection error report injection function graphic explanation
- Guava multithreading, futurecallback thread calls are uneven
- What are the official stock trading apps in the country? Is it safe to use
- 私募基金在中国合法吗?安全吗?
- 单词反转实现「建议收藏」
- 恶魔奶爸 A1 语音听力初挑战
猜你喜欢
Usage of MySQL subquery keywords (exists)

使用枚举实现英文转盲文

Focusing on safety in 1995, Volvo will focus on safety in the field of intelligent driving and electrification in the future

C语言 整型 和 浮点型 数据在内存中存储详解(内含原码反码补码,大小端存储等详解)

目标:不排斥 yaml 语法。争取快速上手

Tensorflow2.x下如何运行1.x的代码

Static analysis of software defects codesonar 5.2 release

使用高斯Redis实现二级索引

C语言多角度帮助你深入理解指针(1. 字符指针2. 数组指针和 指针数组 、数组传参和指针传参3. 函数指针4. 函数指针数组5. 指向函数指针数组的指针6. 回调函数)

【OpenCV 例程200篇】223. 特征提取之多边形拟合(cv.approxPolyDP)
随机推荐
Insufficient permissions
I have to use my ID card to open an account. Is the bank card safe? I don't understand it
easyui 日期控件清空值
Codeforces round 275 (Div. 2) C – diverse permutation (construction) [easy to understand]
Devil daddy A0 English zero foundation self-improvement Road
MySQL约束之默认约束default与零填充约束zerofill
目标:不排斥 yaml 语法。争取快速上手
C language helps you understand pointers from multiple perspectives (1. Character pointers 2. Array pointers and pointer arrays, array parameter passing and pointer parameter passing 3. Function point
Intelligent transportation is full of vitality. What will happen in the future? [easy to understand]
Unity3d 4.3.4f1执行项目
Jetty:配置连接器[通俗易懂]
MinGW MinGW-w64 TDM-GCC等工具链之间的差别与联系「建议收藏」
Flask1.1.4 werkzeug1.0.1 source code analysis: Routing
Is it safe to open an account of BOC shares in kainiu in 2022?
现在网上开户安全么?想知道我现在在南宁,到哪里开户比较好?
Object-C programming tips timer "suggestions collection"
How to choose financial products? Novice doesn't know anything
使用高斯Redis实现二级索引
论文解读(ValidUtil)《Rethinking the Setting of Semi-supervised Learning on Graphs》
Demon daddy guide post - simple version