In the present work, a high-speed optical encoder is proposed based on two-dimensional
photonic crystal ring resonator using coupled mode theory and resonance effect. Square …

Let G be a finite group. A number of graphs with the vertex set G have been studied,
including the power graph, enhanced power graph, and commuting graph. These graphs …

In the present paper, several literature studies on various combinational photonic devices
(PDs) using silicon based photonic crystals (PhC) have been studied. On considering …

In this present work, photonic crystal based ultra-high-speed encoder is proposed for optical
computing applications. The designed logic device contains dual nanocavity coupled ring …

The proposed work presents design and simulation of a new reconfigurable optical logic
AND, NOT and NOR gate constructed in a two dimensional (2D) photonic crystals (PhCs) …

In this paper, a new set of configurations are proposed to implement simple and highly
compact photonic crystal based all-optical logic AND and OR gates. These newly designed …

In recent year, ultra-compact and high-speed optical logic devices are extremely attractive
for the scientific community and optical computing. In this paper, 2× 1 encoder is proposed …

In this paper all optical ultra compact 4: 2 encoder is proposed and designed using two
dimensional photonic crystals (PC). The proposed structure has silicon rods of refractive …

In this paper, an all optical 4–2 encoder based on triangular lattice Photonic Crystal structure
is proposed. The proposed structure consists of three micro-cavity resonators placed next to …

All-optical encoders with high response speed are required to achieve efficient information
conversion in the field of ultra-fast information encoding, which can break the bottleneck of …