Extended Data Fig. 10: Analysis of CAVIaR performance under in vivo-like conditions. | Nature Neuroscience

Extended Data Fig. 10: Analysis of CAVIaR performance under in vivo-like conditions.

From: Rapid learning of neural circuitry from holographic ensemble stimulation enabled by model-based compressed sensing

Extended Data Fig. 10

a, Detection of spontaneous EPSCs from an in vivo experiment during 25 periods without stimulation. Light gray traces show raw data, dark gray traces are low-pass filtered. Red triangles indicate putative EPSC peaks. b, Distribution of EPSC rates across 25 periods of in vivo spontaneous activity. Mean, 23.6 Hz. Max, 50 Hz. EPSC rates extrapolated from 400 ms windows. c, Performance of CAVIaR (with NWD) and CoSaMP with a 50 Hz rate of spontaneous PSCs, intended to reflect in vivo noise conditions. N=1000 neurons, 20-target stimulation, 50 Hz stimulation speed, 10% connection density.

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