Analysis of five photonic microring tensor core designs shows that unary encoding and homodyne accumulation best support higher parallelism via a common optical power model.
SCONNA: A stochastic computing based optical accelerator for ultra-fast, energy-efficient inference of integer-quantized CNNs
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Scaling Photonic Tensor Cores with Unary and Homodyne Designs
Analysis of five photonic microring tensor core designs shows that unary encoding and homodyne accumulation best support higher parallelism via a common optical power model.