Safety, legibility and efficiency are essential for autonomous mobile robots that interact with
humans. A key factor in this respect is bi-directional communication of navigation intent …

The usefulness of medical devices, which require user input, is often limited by the control
schemes that operate them. The recognition of user intent could enable far more intuitive …

For haptic interaction, a user in a virtual environment needs to interact with proxies attached
to a robot. The device must be at the exact location defined in the virtual environment in time …

This paper presents an overview of the uses of the combination of eye tracking and artificial
intelligence. In the paper, several aspects of both eye tracking and applied AI methods have …

Determining the best model for the neural network architecture and how to optimize the
architecture with the metaheuristic Protis Approach is a subject of the study. A …

Robot-assisted eye-hand coordination rehabilitation training system is extremely urgent to
study since recent evidence suggests that eye-hand coordination can be brutally disturbed …

Children with physical impairments face great challenges to play because of their limitations,
for example, in reaching and grasping obj ects. Children with physical impairments can …

Background Artificial Intelligence (AI) has the potential to significantly enhance human-
computer interactions. This paper introduces a cutting-edge method for computer control …

Post-stroke patients often experience difficulties with hand-eye coordination, resulting in
reduced perceptual accuracy and finger dexterity. These impairments can significantly …

Robots that will cooperate (or even compete) with humans should understand their goals
and preferences. Humans leak and provide a lot of data, eg, they take actions to achieve …