This paper proposes a 16-bit and 32-bit Approximate Full Adder based on Majority Logic. Use of approximate computing increases the storage capacity. The Majority Logic has become a basic gate for most ...

The architecture of the Kogge-Stone adder consists of three main stages: preprocessing, carry generation, and post-processing. During the preprocessing stage, generate and propagate signals are ...

8-bit and 16-bit arithmetic processors are normally found in micro-controller applications for embedded systems where high speed is important but low power constraints dominate system design.

Because adding binary works in 1s and 0s, we can use a logic ... bit sum, and an AND of the input gives the carry digit. This is all we need to add two bits together. I thought this was a 16-bit ...

Abstract— Multipliers are crucial components in processors and arithmetic logic ... half adder and a reversible full adder. Fig. 11 Internal RTL of a Vedic Tree Multiplier IV. PERFORMANCE PARAMETERS ...

Computers built using discrete logic chips ... Everything is modular, so four of his 4-bit adder cards eventually get together to form a 16-bit adder, which we assume will be used to build ...

This paper proposes a 16-bit and 32-bit Approximate Full Adder based on Majority Logic. Use of approximate computing increases the storage capacity. The Majority Logic has become a basic gate for most ...