FSG-Net: a Deep Learning model for Semantic Robot Grasping through Few-Shot Learning
Leonardo Barcellona, Alberto Bacchin, Alberto Gottardi, Emanuele Menegatti, Stefano Ghidoni
Abstract
Robot grasping has been widely studied in the last decade. Recently, Deep Learning made possible to achieve remarkable results in grasp pose estimation, using depth and RGB images. However, only few works consider the choice of the object to grasp. Moreover, they require a huge amount of data for generalizing to unseen object categories. For this reason, we introduce the Few-shot Semantic Grasping task where the objective is inferring a correct grasp given only five labelled images of a target unseen object. We propose a new deep learning architecture able to solve the aforementioned problem, leveraging on a Few-shot Semantic Segmentation module. We have evaluated the proposed model both in the Graspnet dataset and in a real scenario. In Graspnet, we achieve 40,95% accuracy in the Few-shot Semantic Grasping task, outperforming baseline approaches. In the real experiments, the results confirmed the generalization ability of the network.
BibTeX
@inproceedings{icra2023_fsgnetadeeplearn,
title = {FSG-Net: a Deep Learning model for Semantic Robot Grasping through Few-Shot Learning},
author = {Leonardo Barcellona and Alberto Bacchin and Alberto Gottardi and Emanuele Menegatti and Stefano Ghidoni},
booktitle = {ICRA 2023},
year = {2023}
}