Please wait ...
0% Complete
Home
/
12th International Conference on Computer and Knowledge Engineering
Semantic Segmentation Using Region Proposals and Weakly-Supervised Learning
Authors :
Maryam Taghizadeh
1
Abdolah Chalechale
2
1- Razi University
2- Razi University
Keywords :
Semantic segmentation،Weakly-supervised learning،Region proposal
Abstract :
Region proposal plays an important role in computer vision and successfully improves performance. This paper presents an efficient method using the region proposal for semantic segmentation. The main aim is to generate annotated data for deep learning techniques effortlessly. For this purpose, a region proposal algorithm is used to convert an image into several regions. According to defined rules, regions are explored, and some precise regions are selected. A new algorithm is introduced to generate useful masks only by supervising annotated data in the form of the bounding box. After that, these masks are fed to a deep semantic segmentation network. The proposed method shows good results for weakly supervised learning semantic segmentation on the VOC2012 dataset. Also, this method can be employed to generate huge annotated data automatically and used to train deep networks.
Papers List
List of archived papers
Optimization of quantum secret sharing communication using corresponding bits
Mahsa Khorrampanah - Mohammad Bolokian - Monireh Houshmand
Recommending Popular Locations Based on Collected Trajectories
Mohammad Rabbani bidgoli - Saber Ziaei
AvashoG2P: A multi-module G2P Converter for Persian
Ali Moghadaszadeh - Fatemeh Pasban - Mohsen Mahmoudzadeh - Maryam Vatanparast - Amirmohammad Salehoof
Semi-Supervised Supply Chain Fraud Detection with Unsupervised Pre-Filtering
Fatemeh Moradi - Mehran Tarif - Mohammadhossein Homaei
Assessing Users' Influence on Respondents in Conversation Quality: A Quantitative Study on Reddit Based on the Cooperative Principle
Afsaneh Habibi - Fattaneh Taghiyareh
FaaScaler: An Automatic Vertical and Horizontal Scaler for Serverless Computing Environments
Zahra Rezaei - Saeid Abrishami - Seid Nima Moeintaghavi
Delta-Audit: Explaining What Changes When Models Change
Arshia Hemmat - Afsane Fatemi
Machine Learning-Driven Prediction of Anti-Alzheimer Drug Efficacy Using PubChem Molecular Fingerprints
Mohammad Javad Sadeghi - Mohammad Javad Nemati - AliAsghar Zare - Mohammadreza Shams
Security Analysis of MiniApps: Vulnerabilities, Exploits, and a Tailored Mitigation Framework
Keyhan Mohammadi - Arman Moradi - Reza Ebrahimi Atani
Forecasting El Niño Six Months in Advance Utilizing Augmented Convolutional Neural Network
Mohammad Naisipour - Iraj Saeedpanah - Arash Adib - Mohammad Hossein Neisi Pour
more
Samin Hamayesh - Version 44.9.3