High-performance brain-computer interfaces (BCIs) rely on stable neural representations, yet brain functional impairments inherently disrupt canonical encoding, creating a fundamental decoding paradox. Conventional data-driven approaches struggle to bridge this gap because of pathological data scarcity and heterogeneit...
Yi-Han Wu, Tao Chang, Si-Liang Chen et al.· Science Advances· 0 citations
This study suggests that tumor infiltration is associated with suppression of cortical electrical activity and provides preliminary evidence of a relationship between ECoG signals and glioma invasion depth and indicates a potential exploratory framework for assessing tumor infiltration intraoperatively.
Wen-Yu Zhao, Tao Chang, Yi-Han Wu et al.· Journal of Neuroscience Meth...· 1 citation
Brain–computer interfaces (BCIs) have advanced rapidly, particularly over the past few decades, evolving from experimental demonstrations to powerful research tools and early-stage clinical technologies. Invasive, semi-invasive, and non-invasive modalities now enable neural decoding, neuromodulation, and functional res...
Ning Jiang, Jia-Yuan He, Lin Yao et al.· Med-X· 0 citations
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