Passive Brain-Computer Interfaces (pBCIs) have made significant strides, indicating their potential for everyday use beyond research labs. Innovations in user interfaces, classification algorithms, and wearable technology have enhanced the feasibility of pBCIs as consumer products. Companies are now developing wearable biosignal acquisition devices, particularly EEG systems with improved comfort and signal quality.
pBCIs can significantly improve human-environment interactions by interpreting involuntary brain activity related to workload, attention, and emotions. Recent advancements in artificial intelligence, including machine learning and deep learning, have enabled the creation of neurometrics that track human behaviors in real-time. This research topic aims to explore the practical applications of pBCIs in daily life, addressing challenges and future trends.
• pBCIs are ready for practical applications beyond research laboratories.
• AI advancements enable real-time tracking of human behaviors through neurometrics.
pBCIs enhance interaction by interpreting involuntary brain activity, improving user experience.
Neurometrics utilize AI to track specific human behaviors in real-time, enhancing applications.
Machine learning techniques are applied in pBCIs to improve the accuracy of biosignal processing.
Interesting Engineering 8month
Isomorphic Labs, the AI drug discovery platform that was spun out of Google's DeepMind in 2021, has raised external capital for the first time. The $600
How to level up your teaching with AI. Discover how to use clones and GPTs in your classroom—personalized AI teaching is the future.
Trump's Third Term? AI already knows how this can be done. A study shows how OpenAI, Grok, DeepSeek & Google outline ways to dismantle U.S. democracy.
Sam Altman today revealed that OpenAI will release an open weight artificial intelligence model in the coming months. "We are excited to release a powerful new open-weight language model with reasoning in the coming months," Altman wrote on X.