6533b853fe1ef96bd12acb0e

RESEARCH PRODUCT

Drosophila-inspired visual orientation model on the Eye-Ris platform: Experiments on a roving robot

Paolo ArenaRoland StraussS. De FioreL. AlbaLuca Patané

subject

Engineeringbiologybusiness.industryMachine visionEye-RisDrosophila melanogaster; Eye-Ris; Hybrid robot; Parallax motion-based navigationObject (computer science)biology.organism_classificationVisual orientationGazeMotion (physics)Drosophila melanogasterHybrid robotRobotStatistical analysisComputer visionParallax motion-based navigationArtificial intelligencebusinessDrosophila

description

Behavioral experiments on fruit flies had shown that they are attracted by near objects and they prefer front-to-back motion. In this paper a visual orientation model is implemented on the Eye-Ris vision system and tested using a roving platform. Robotic experiments are used to collect statistical data regarding the system behaviour: followed trajectories, dwelling time, distribution of gaze direction and others strictly resembling the biological experimental setup on the flies. The statistical analysis has been performed in different scenarios where the robot faces with different object distribution in the arena. The acquired data has been used to validate the proposed model making a comparison with the fruit fly experiments.

10.1117/12.886748http://hdl.handle.net/11570/3150440