Olivier Maher, N. Harnack, et al.
DRC 2023
Compact oscillating devices can be realized by exploiting the insulator-to-metal transition of VO 2 (IMT). Coupled oscillators can be locked in frequency and phase through connections realized with resistors or capacitors. Oscillatory neural networks based on VO 2 devices are researched as neuromorphic computing hardware for image recognition applications [1] , [2] . Physical demonstrations of large networks of coupled oscillators are yet hindered by the device-to-device variability [3] . In this work, we present a frequency-injection scheme which allows additional tuning and control of the oscillator network comprising non-ideal VO 2 devices.
Olivier Maher, N. Harnack, et al.
DRC 2023
Tommaso Stecconi, Roberto Guido, et al.
Advanced Electronic Materials
Max Bloomfield, Amogh Wasti, et al.
ITherm 2025
Benjamin Uhlig, Jie Liang, et al.
DATE 2018