Add to ORKGIncludes bibliographical references (pages [96]-97)This thesis presents a method to use complementary metal-oxidesemiconductor (CMOS) technology to design and simulate a 32-bits high speed parallel adder, using CAD tools such as Mentor Graphics and CALMA (GDS II) systems. The method implemented to design this fast parallel adder is through the use of group increment. The design is carried out for a 32-bit fast parallel adder. The simulation results show an overall circuit delay about 16 ns using CMOS3 technology. This is much faster than carry look-ahead adder which is widely used as adder in a typical arithmetic logic unit (ALU).M.S. (Master of Science
With the latter part of the last century in mind, it is not hard to imagine that in the foreseeable ...
In this paper, we propose 128-bit Kogge-Stone, Ladner-Fischer, Spanning tree parallel prefix adders ...
Abstract-Parallel Prefix Adder is one of the most fastest type of adder that had been created and de...
ABSTRACT: In recent years, power dissipation is one of the biggest challenges in VLSI design. The nu...
Adders are crucial logical building blocks found almost in all the modern electronic system designs....
Abstract — This paper proposed the design of high speed Full adder using digital logic technique. An...
Parallel prefix adder network is a type of carry look ahead adder structure. It is widely considere...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
Parallel Prefix addition is a technique for improving the speed of binary addition. Due to continuin...
The 20th century is the era of rapid development of the IC. The blooming development of Computer Sci...
The carry look-ahead adder (CLA) is well known among the family of high-speed adders. However, a con...
Abstract: Directly or indirectly adders are the basic elements in almost all digital circuits, three...
17-20Parallel prefix addition is a technique for speeding up binary addition. Classical parallel pre...
Abstract- Parallel Prefix adders have been one of the most notable among several designs proposed in...
With the latter part of the last century in mind, it is not hard to imagine that in the foreseeable ...
In this paper, we propose 128-bit Kogge-Stone, Ladner-Fischer, Spanning tree parallel prefix adders ...
Abstract-Parallel Prefix Adder is one of the most fastest type of adder that had been created and de...
ABSTRACT: In recent years, power dissipation is one of the biggest challenges in VLSI design. The nu...
Adders are crucial logical building blocks found almost in all the modern electronic system designs....
Abstract — This paper proposed the design of high speed Full adder using digital logic technique. An...
Parallel prefix adder network is a type of carry look ahead adder structure. It is widely considere...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
Adders are the critical parts of processor circuits. The performance of processors increases by impr...
Parallel Prefix addition is a technique for improving the speed of binary addition. Due to continuin...
The 20th century is the era of rapid development of the IC. The blooming development of Computer Sci...
The carry look-ahead adder (CLA) is well known among the family of high-speed adders. However, a con...
Abstract: Directly or indirectly adders are the basic elements in almost all digital circuits, three...
17-20Parallel prefix addition is a technique for speeding up binary addition. Classical parallel pre...
Abstract- Parallel Prefix adders have been one of the most notable among several designs proposed in...
With the latter part of the last century in mind, it is not hard to imagine that in the foreseeable ...
In this paper, we propose 128-bit Kogge-Stone, Ladner-Fischer, Spanning tree parallel prefix adders ...
Abstract-Parallel Prefix Adder is one of the most fastest type of adder that had been created and de...