Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Antropo: An open-source platform to increase the anthropomorphism of the Franka Emika collaborative robot arm

View through CrossRef
Robot-to-human communication is important for mutual understanding during human-robot collaboration. Most of the current collaborative robots (cobots) are designed with low levels of anthropomorphism. Therefore, the ability of cobots to express human-like communication is limited. In this work, we present an open-source platform named Antropo to increase the level of anthropomorphism of Franka Emika—a widely used collaborative robot arm. The Antropo platform includes three modules: a camera module for expressing eye gaze, a light module for visual feedback, and a sound module for acoustic feedback. These modules can be rapidly prototyped through 3D printers, laser-cutters, and off-the-shelf components available at a low cost. The Antropo platform can be easily installed on the Franka Emika robot. The added communication channels can be synchronised with the robot’s motions to enhance mutual understanding. All hardware CAD design files and software files are released. The platform can be used to study human-like behaviours of cobots and the effects of these behaviours on different aspects of human-robot collaboration. We demonstrate the Antropo platform in an assembly task in which the Franka Emika robot expresses various human-like communicative behaviours via the added communication channels. We also present two industrial applications in which the Antropo platform was customised for the Universal Robots UR16e.
Title: Antropo: An open-source platform to increase the anthropomorphism of the Franka Emika collaborative robot arm
Description:
Robot-to-human communication is important for mutual understanding during human-robot collaboration.
Most of the current collaborative robots (cobots) are designed with low levels of anthropomorphism.
Therefore, the ability of cobots to express human-like communication is limited.
In this work, we present an open-source platform named Antropo to increase the level of anthropomorphism of Franka Emika—a widely used collaborative robot arm.
The Antropo platform includes three modules: a camera module for expressing eye gaze, a light module for visual feedback, and a sound module for acoustic feedback.
These modules can be rapidly prototyped through 3D printers, laser-cutters, and off-the-shelf components available at a low cost.
The Antropo platform can be easily installed on the Franka Emika robot.
The added communication channels can be synchronised with the robot’s motions to enhance mutual understanding.
All hardware CAD design files and software files are released.
The platform can be used to study human-like behaviours of cobots and the effects of these behaviours on different aspects of human-robot collaboration.
We demonstrate the Antropo platform in an assembly task in which the Franka Emika robot expresses various human-like communicative behaviours via the added communication channels.
We also present two industrial applications in which the Antropo platform was customised for the Universal Robots UR16e.

Related Results

Safety and Efficacy of Atezolizumab in Ovarian Cancer
Safety and Efficacy of Atezolizumab in Ovarian Cancer
Abstract Introduction Although the efficacy of PD-L1 blockade has been evaluated in analyses that combine pharmacologically distinct antibodies, the specific efficacy and safety of...
Designing a robot to evaluate group formations
Designing a robot to evaluate group formations
Robots are making their way in environments inhabited by people. Whether in domestic or public crowded environments, robots should take into consideration social norms and behavior...
PELATIHAN PERANCANGAN ROBOT BERODA DENGAN DETEKTOR TEPI MEJA PADA SEKOLAH SMA TARSISIUS 1 DAN SMA TRI RATNA
PELATIHAN PERANCANGAN ROBOT BERODA DENGAN DETEKTOR TEPI MEJA PADA SEKOLAH SMA TARSISIUS 1 DAN SMA TRI RATNA
Wheeled robot is a robot which movement is managed by the rotation of Direct Current (DC) motors. These motors are connected to wheels. Wheeled robot usually is used as a teaching ...
Robot with tears promote psychological anthropomorphism
Robot with tears promote psychological anthropomorphism
Robot psychological anthropomorphism is important for social human–robot interactions. Although robot facial expressions and gestures have been shown to facilitate psychological an...
Sistem Kendali Hybrid Fuzzy-Pid pada Kinematika Robot Berkaki 4 Menggunakan Sensor Gyroscope
Sistem Kendali Hybrid Fuzzy-Pid pada Kinematika Robot Berkaki 4 Menggunakan Sensor Gyroscope
<p><em>Legged robots have attracted the attention of researchers because of their superior adaptation to complex environments compared to wheeled robots. Legged robots ...
Codes application in trajectory generation of simulated robot arm dynamics
Codes application in trajectory generation of simulated robot arm dynamics
The robot arm used in this research had already been modelled and simulated using Simulink software (i.e. software environment) to yield a robot arm that will mimic the functionali...
How Does Children’s Anthropomorphism of a Social Robot Develop Over Time? A Six-Wave Panel Study
How Does Children’s Anthropomorphism of a Social Robot Develop Over Time? A Six-Wave Panel Study
AbstractResearch on children’s anthropomorphism of social robots is mostly cross-sectional and based on a single measurement. However, because social robots are new type of technol...
Simulation of a robot arm that can supplant the dynamic activities of human arm
Simulation of a robot arm that can supplant the dynamic activities of human arm
The research was tenaciously conducted to model and simulate a robot arm using MATLAB Simulink software. The research activities included modification of a robot arm that mimics th...

Back to Top