Riccardo Pasteris

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About

Riccardo Pasteris is a researcher at the intersection of assistive robotics and brain-computer interfaces (BCIs), with a focus on translating neural signals into practical control systems for impaired individuals. His most-cited work, "Evaluating commercial BCIs for moving robots" (2019), systematically assesses non-invasive BCI technologies for real-time robotic navigation, bridging the gap between laboratory prototypes and accessible, off-the-shelf solutions. By benchmarking commercial EEG headsets against task performance metrics, Pasteris provides critical insights into the reliability and latency constraints that currently limit BCI-driven robot control. His contributions help define the engineering trade-offs—such as signal processing efficiency versus user training time—that must be resolved for BCIs to become viable assistive tools. Though his citation count is modest, Pasteris’s work is foundational for researchers developing low-cost, non-invasive interfaces for motor-impaired users, offering a pragmatic roadmap for integrating BCIs with mobile robots. His research underscores the importance of rigorous evaluation in a field often dominated by proof-of-concept demonstrations, making him a thoughtful voice in the push toward clinically deployable neural interfaces.