Closed-Loop Neuromodulation
Closed-loop neuromodulation is a paradigm of neural intervention that acquires neural signals in real time, decodes state instantaneously and dynamically adjusts stimulation parameters, forming a sense-compute-stimulate feedback loop with an emphasis on millisecond-scale loop latency.
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Closed-loop neural modulation refers to a system that acquires neural signals in real time, decodes state instantaneously and adjusts stimulation parameters accordingly, forming a "sensing-computing-stimulation" feedback loop.
The key metric of closed-loop neural modulation is loop latency: the process from signal acquisition to stimulation output must be completed within tens of milliseconds, otherwise the window of the target network state is missed.
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Closed-loop neural modulation refers to a system that acquires neural signals in real time, decodes state instantaneously and adjusts stimulation parameters accordingly, forming a "sensing-computing-stimulation" feedback loop.
50%UnverifiedThe key metric of closed-loop neural modulation is loop latency: the process from signal acquisition to stimulation output must be completed within tens of milliseconds, otherwise the window of the target network state is missed.
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