Design of low area and low power forms the largest systems in VLSI system design. Carry
Select Adder (CSLA) is one of the fastest adders to perform arithmetic operations comparing …

Carry Select Adder (CSLA) is an essentially utilized adder on account of its higher
computational speed. CSLA is utilized in the space of incorporation frameworks. This paper …

This paper presents a high-speed, energy efficient carry select adder (CSLA) dominated by
carry generation logics. The proposed architecture is composed of three functional stages–a …

Abstract Square Root Carry Select Adder (SQRT‐CSLA) is accomplishing the noteworthy
attention in the arena of VLSI (Very‐Large‐Scale Integration) systems as it can process the …

In this paper, a 128-bit pipeline Adder is presented, in the form of a syntactic Tree Adder by
an introduction of a new modified Carry-Look-Ahead (CLA) that is merged inside the Tree …

This paper proposes a novel architecture of excess-1 adder-based Carry Select Adder
(M2CSA) using single leaf cell ie, 2–1 Multiplexer. M2CSA is designed using a new type of …

In this paper, we propose some SQuare-RooT (SQRT) Carry SeLect Adder (CSLA)
architectures including a high-speed design, a design with the lowest area compared to …

To design a high-speed SqRt CSLA (Square Root Carry Select Look Ahead Adder) by using
Multiplexer logic in order to reduce the number of gates. Performance comparison of …

In this paper, a new carry select adder (CSLA) architecture is proposed with a lower area
and a higher speed compared to previous CSLAs. The proposed CSLA is a low-area and …

This paper analyses the performance of different adders in terms of power delay and area.
Adders are fundamental units in arithmetic circuits. Adders, till now, have undergone several …