About this Research Topic
Neurointelligence techniques play a key role in building general artificial intelligence systems. Some researchers and engineers have tried to design novel bio-inspired algorithms and hardware by mimicking the working principles of biological nervous systems. Benefiting from the progress in representational learning, neuroscience, and computational hardware, bio-inspired research has greatly contributed to the development of neurointelligence. Currently, advanced bio-inspired methods have been widely applied in robotics, visual scene understanding, medical image analysis, human-machine interaction and so on. Moreover, neurointelligence covers interdisciplinary topics with neuroscience, robotics, artificial intelligence, cognitive science, machine learning, and pattern recognition. This research topic is intended to provide a better understanding of the opportunities, challenges, and promising future directions for neurointelligence.
The goal of this research project is to collect novel and high-quality research articles that investigate methods and applications in neural intelligence systems. Specifically, we are open to original contributions related to neuro-robotics, surgical robots, medical image analysis, human-machine interaction, and neuromorphic engineering (algorithms and hardware).
Topics of interest are, but not limited to,
● advanced methods and applications for neurorobotics;
● advanced methods and applications for surgical robots;
● advanced methods and applications for human-machine interaction;
● bio-inspired neural networks and learning systems;
● bio-inspired Intelligence for medical imaging;
● event-driven neuromorphic sensing (algorithms and hardware)
The goal of this research project is to collect novel and high-quality research articles that investigate methods and applications in neural intelligence systems. Specifically, we are open to original contributions related to neuro-robotics, surgical robots, medical image analysis, human-machine interaction, and neuromorphic engineering (algorithms and hardware).
Topics of interest are, but not limited to,
● advanced methods and applications for neurorobotics;
● advanced methods and applications for surgical robots;
● advanced methods and applications for human-machine interaction;
● bio-inspired neural networks and learning systems;
● bio-inspired Intelligence for medical imaging;
● event-driven neuromorphic sensing (algorithms and hardware)
Keywords: Bio-inspired intelligence, neuro-robotics, surgical robots, medical image analysis, human-machine interaction
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
