This review examines the emerging field of cognitive brain-computer interfaces (BCIs), evaluating the challenges and opportunities in extending BCI technology from motor/communication restoration to decoding and restoring cognitive functions such as attention and memory.
Cognitive BCIs face unique hurdles due to the distributed and dynamic nature of cognitive neural processes, unlike the more localized representations used in motor/language BCIs; neuromodulation and closed-loop adaptive systems are proposed as key methodological paths toward real-time monitoring and shaping of human cognition.
Only the abstract is available — no primary data, empirical results, or patient outcomes are reported. The paper appears to be a conceptual/perspective review without original experimental findings.
Clinicians working with neurological or psychiatric patients should watch this space: closed-loop cognitive BCIs integrating neuromodulation may eventually offer real-time, adaptive therapies for attention and memory deficits. No clinical protocols are ready for adoption yet based on this review alone.
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