Multipliers are the widely used digital parts in digital integrated circuitry and are the essential part of ALU and DSP Processors ... Pattanaik, "Low Power Boolean Logic Circuits using Reversible ...

Logic Blocks: Designed basic gates for AND, OR, and NOT operations. Integrated all functional blocks using a multiplexer controlled by the OpCode. TESTING AND VERIFICATION: Wrote testbench scripts to ...

Logic Blocks: Designed basic gates for AND, OR, and NOT operations. Integrated all functional blocks using a multiplexer controlled by the OpCode. TESTING AND VERIFICATION: Wrote testbench scripts to ...

The most crucial component of any microprocessor., computer., and digital signal processor (DSP) is the ALU. The processor's arithmetical and logic unit handles all logical and arithmetic operations.

The computer’s hardware platform (CPU, RAM, datapath) is built using a simple ... use the elementary gates built in project 1 to implement a family of combinational chips, leading up to an ALU. We ...

Reversible logic gates were used to design the arithmetic and logical unit (ALU) in this research work ... To validate functionality, each suggested design was analyzed and simulated using cadence ...

Researchers have reverse-engineered a cellular signal processing system and used it like a logic gate -- a simple computer ... and two side platforms. Using this device, they could replicate ...

So how can we build different types of logic gates using optics? As the simplest way of implementing optical logic gates, spatial coding of optical field has been proposed very early in the 1970s ...

Logic gates take two inputs, compare them, and then output a signal based on the result. They can, for example, output a 1 if both incoming signals are a 1 or a 0, or if either or neither of them ...