In this paper, we present an effective tandem neural network with back-propagation
optimization strategy for simultaneous inverse design of the continuous and discrete optical …

An original design of compact and efficient 16-channels demultiplexer integrated in a
photonic crystals PhCs slab for dense wavelength demultiplexing near infrared application …

In this paper, the transfer matrix method is used to study the dispersion of acoustic waves in
a finite periodic expansion chambers system with a defect. Two kinds of structures are …

In this paper, we introduce a simulation-driven optimization approach for achieving the
optimal design of electromagnetic wave (EMW) filters consisting of one-dimensional (1D) …

Nanophotonic devices, which take photons as information carriers, are the essential
components for photonic chips, and play a key role in optical computing, optical …

Deep learning technology has been used as a new approach for forward simulation and
inverse design of nanophotonic structures. Deep learning technology greatly reduces the …

In this paper, we propose a new architecture of 1× 2, 1× 4, 1× 8 and 1× 1 6 optical
filter/power splitters operating around 1.55 μ m, based on a CPs 2D photonic crystal ring …

The optimization process is a necessary step in the design of optimal optical devices with
high performances. In this paper, optimization of unidirectional photonic crystal selective …

In this paper, the simulated annealing (SA), genetic algorithm (GA), adaptive particle swarm
optimization (APSO), and genetic swarm optimizer (GSO) algorithms are successfully …

Simulated-driven optimization plays a vital role in the optimal design of engineering
systems. The presented work in this chapter considers approaches for obtaining the optimal …