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 ...

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 ...

This improvement in speed has been achieved by generating the carry-bits directly from the input signals rather than using G i or P i terms.

Jun 29, 2019 · Abstract—In this paper, a 128-bit pipeline Adder is presented, in the form of a syntactic T ree Adder by an introduction of a new modified ...

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 ...

A New High-speed and Low area Efficient Pipelined 128-bit Adder Based on Modified Carry Look-ahead Merging with Han-Carlson Tree Method. S Ghafari, M Mousazadeh ...

A New High-speed and Low area Efficient Pipelined 128-bit Adder Based on Modified Carry Look-ahead Merging with Han-Carlson Tree Method. ACADEMIC PROJECTS.

2019 A new high-speed and low area efficient pipelined 128-bit adder based on modified carry look-ahead merging with Han-Carlson tree method. US6003059A 1999 ...

With the new design, the Hybrid Han-Carlson adder, the delay increases slightly, but the complexity, silicon area and power are reduced significantly.

A new high-speed and low area efficient pipelined 128-bit adder based on modified carry look-ahead merging with Han-Carlson tree method. S Ghafari, M Mousazadeh ...