Higher decimal numbers can be handled more efficiently using binary-coded decimal (BCD)
numbers than conventional binary numbers. In this study, we propose 4-bit full adder as well …

There is a rising demand for low-cost, high-information-capacity optical signal processing.
The number of devices is limited of performing different Boolean functions using a single …

In this study, all-optical OR, exclusive OR (XOR), NOR, XNOR, AND, NAND, and NOT logic
gates using metal-insulator-metal (MIM) waveguides with a rectangular ring resonator are …

The design of acoustic multiplexer and demultiplexer circuits using ring resonator cavity on
mercury-water phononic crystal platform is proposed in the present paper. We investigate …

A type of integrated circuit called a programmable logic device is used to design and
reconfigure different sequential and combinational circuits. In the present manuscript, binary …

An ultra-compact design of all-optical fundamental logic gates like AND, OR in addition with
universal logic gates like NAND and NOR using two cascaded symmetrical optical microring …

Boolean logic gates are essential components for optical computing and communication
systems. However, most existing methods for realizing them require complex structures, high …

Traditional logic circuit emits energy into the environment due to information loss, and it is
referred to be irreversible logic circuits. Reversible logic circuit is capable of diminishing …

We propose an all-optical design of NOT, AND, OR, one-bit half adder, and subtractor using
a microring resonator-based 2: 1 multiplexer. As a substitute for traditional CMOS …

In this article, an optical majority/minority circuit has been designed using four electro‐optic
Mach‐Zehnder interferometers. The binary decision diagram (BDD) is used to optimize the …