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. 2024 Apr 24;15:3446. doi: 10.1038/s41467-024-47764-w

Fig. 3. Coincidence Detection with Dendritic Circuits.

Fig. 3

a Schematics of the DenRAM architecture. Two input spikes are processed by different dendritic branches, each with different set of delays. The delays that align the two input spikes receive large weights. The inputs are broadcasted to different dendritic trees leading to different output neurons. b CD mechanism on a biological neuron, where two inputs are fed from two different synapses and reach the soma at the same time, thanks to dendritic delays. c Physical layout of DenRAM. d Measurement of the Dendritic Network performing coincidence detection. Illustration in (b) created with Inkscape.