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- Title
Partitionable High-Efficiency Multilayer Diffractive Optical Neural Network.
- Authors
Long, Yongji; Wang, Zirong; He, Bin; Nie, Ting; Zhang, Xingxiang; Fu, Tianjiao
- Abstract
A partitionable adaptive multilayer diffractive optical neural network is constructed to address setup issues in multilayer diffractive optical neural network systems and the difficulty of flexibly changing the number of layers and input data size. When the diffractive devices are partitioned properly, a multilayer diffractive optical neural network can be constructed quickly and flexibly without readjusting the optical path, and the number of optical devices, which increases linearly with the number of network layers, can be avoided while preventing the energy loss during propagation where the beam energy decays exponentially with the number of layers. This architecture can be extended to construct distinct optical neural networks for different diffraction devices in various spectral bands. The accuracy values of 89.1% and 81.0% are experimentally evaluated for MNIST database and MNIST fashion database and show that the classification performance of the proposed optical neural network reaches state-of-the-art levels.
- Subjects
IMAGE quality analysis; DIFFRACTIVE optical elements; OPTICAL devices; ENERGY dissipation; OPTICAL computing; FASHION shows
- Publication
Sensors (14248220), 2022, Vol 22, Issue 19, p7110
- ISSN
1424-8220
- Publication type
Article
- DOI
10.3390/s22197110