Presentation Information
[ThF1-2]Oscillator-less Photonic Ising Machine with Digital-nonlinearity-based Bifurcation and Its Simulated Application to a 1 Million-node Fully Connected Max-cut Problem
○Masataka Nakazawa1, Toshihiko Hirooka1 (1. Tohoku University (Japan))
Keywords:
Ising machines and building blocks
We propose a large-scale photonic Ising machine (PIM) employing ultrafast pulse propagation in 50-km recirculating loss-less fiber loop and digital feedback nonlinearity without pulse oscillation. A 106-node max-cut problem is solved with the PIM software.
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