The i-Walk project aims at developing and testing a new pioneering robotic system that will provide a range of mobility and cognitive support functions for people that face different degrees of mobility and cognitive problems. In this project, the following methodologies will be developed and synergistically utilized: (a) processing of multi-sensory and physiological signals and…
e-Prevention: Advanced Support System for Treatment Monitoring and Relapse Prevention in Patients with Psychotic Disorders using Long Term Recording and Analysis of Biometric Indexes. The goal of the e-Prevention project is to develop innovative and advanced remote electronic services fore medical support that will facilitate the effective treatment monitoring and the relapse prevention in patients…
SoftGrip Project came into existence to bring about a technological shift to the fresh food industry. The implementation of Artificial Intelligence innovation and robotic automation can facilitate delicate harvesting, boost production, and decrease labour costs for European SMEs in the mushroom farming sector. The intelligent soft gripper, having embedded sensing and actuation while equipped with skill-transfer capabilities…
Τhe following two links show video-demos broadcasted recently by ERT (ERTnews & ERTFLIX), as part of its education reportage, for two robotics systems at the NTUA ECE Labs IRAL and CVSP, developed in collaboration with other teams for: 1) Assistive Robotics (i-Walk: Intelligent Robotic Walker for mobility and cognitive assistance of elderly and motor-impaired people), and 2) Social Robotics (BabyRobot:…
