A server-driven adaptive ADC sampling architecture for wireless iBCIs achieves up to 40 mW power reduction and 3.2x lower FPGA utilization while preserving motor and visual decoding accuracy.
Schwartz a b, boninger ml, collinger jl. ten-dimensional anthropomorphic arm control in a human brain-machine interface: difficulties, solutions, and limitations
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An Efficient Wireless iBCI Headstage with Adaptive ADC Sample Rate
A server-driven adaptive ADC sampling architecture for wireless iBCIs achieves up to 40 mW power reduction and 3.2x lower FPGA utilization while preserving motor and visual decoding accuracy.