26 - 29 June 2023
Munich, Germany
Conference 12623 > Paper 12623-14
Paper 12623-14

Multimodal RGB-D-T-scanning for interactive robot teaching

On demand | Presented live 28 June 2023

Abstract

In this paper, we introduce an interactive multimodal vision-based robot teaching method. Here, a multimodal 3D image (color (RGB), thermal (T) and point cloud (3D)) was used to capture the temperature, texture and geometry information required to analyze human action. By our method, we only need to move our finger on an object surface, and then the heat traces left by the finger on the object surface will be recorded by the multimodal 3D sensor. By analyzing the multimodal point cloud dynamically, the accurate finger trace on the object is recognized. A robot trajectory is computed using this finger trace.

Presenter

Technische Univ. Ilmenau (Germany)
Since graduating with a master's thesis titled "Efficient 3D object tracking approach based on convolutional neural network and Monte Carlo algorithms used for a pick and place robot" in 2017, I started my research on multimodal 3D image processing for industrial and assistant robots at the technische Universität Ilmenau. Since I started my PhD at TU Ilmenau in 2018 until now, my main contribution is the research on FIR- and Visible-light- based 3D reconstruction and 3D image processing for robot applications.
Presenter/Author
Technische Univ. Ilmenau (Germany)
Author
Technische Univ. Ilmenau (Germany)