A full adder is a basic building block and most used circuit that is used as long-chain for different operations and calculating numbers using the cascade of different structures and topology in computer architecture i.e. Arithmetic Logic Unit (ALU). In this paper a trade-off among different ...
To this propose a full adder and a half adder with maskable carry are proposed and used in RCA structure. To adjust the precision, an error correction circuit is designed, which can be activated when necessary. An approach to find energy-efficient hybrid approximate adder for image and video ...
The hybrid adder is designed using DCVSL gates because these can produce both complementary and true outputs using single gate architecture. The multiplexers in the design are based on the pass transistor logic (PTL) because these are simple to construct and occupies less chip area per component....
This paper proposes three novel approximate 1-bit full adders (AFA) for inexact computation. The three novel AFAs: AFA1, AFA2, and AFA3 are derived based on the conventional full adder (CFA) architecture. The performance metrics of these proposed adders are compared with state-of-the-art AF...
In the single logic domain, the FA design which utilizes Complimentary Pass Logic (CPL) is considered one of the Proposed XOR-XNOR-Based Hybrid Full Adder Design The Truth Table of FA operation is presented in Table 1. Here, A, B, and Cin are the input bits whereas Cout and Su...
The adder conducts element-wise addition of the feature maps to amplify the crucial features further. The output layer produces the ultimate feature map for diverse applications, including image classification, object detection, and semantic segmentation. The output feature map is an enhanced ...
a fetch-decode-execute cycle of a macro instruction (for the demonstration purpose, shown here is only a half function of the instruction cycle), see Fig.1. The paper presents not only the capability of 4-bit full adder but the coordination of related modules in a biological computer. ...
Computing in memory (CIM) could be used to overcome the von Neumann bottleneck and to provide sustainable improvements in computing throughput and energy efficiency. Underlying the different CIM schemes is the implementation of two kinds of computing pri
The Full Adder is one of the most important and basic units of mathematic circuits that is the basic structure of many complex systems. Moreover, serial an
multi-valued logic full adder 1. Introduction Arithmetic operation plays an important role in various digital systems such as computers process controller and signal processors. Nowadays, computer depends on 2-ary conventional system with 2 logical states ‘Low’ and ‘High’. Binary Logic (BL) is...