Add to ORKGAn analysis of area-time complexity is presented for a specific hierarchical-multiplier design. The analysis is generally applicable to a variety of multiplier designs having hierarchical structure and may be used as a basic analytical tool for other arithmetic structures with hierarchy. Area and time performance are derived in terms of branching ratio. It is found the optimal area-time complexity is obtained for a branching ratio of four.link_to_subscribed_fulltex
AbstractArea-time optimal VLSI division circuits are described for all computation times in the rang...
AbstractAn area-universal VLSI circuit can be programmed to emulate every circuit of a given area, b...
AbstractTwo models for very-large scale integrated (VLSI) semiconductor circuits are considered that...
This paper proposes designs of hierarchy multiplier by utilising different designs on 4:2 and 7:3 co...
Hierarchy multiplier is attractive because of its ability to carry the multiplication operation with...
AbstractChip area and computation time are the resource parameters of greatest importance in VLSI al...
A multiplier circuit used in digital electronics is basically to multiply two or more numbers. Multi...
AbstractHierarchy multiplier is attractive because of its ability to carry the multiplication operat...
The motivation of this project is to design a power effective multiplier without having much drawbac...
Multiplication is a fundamental operation in most arithmetic computing systems. Multipliers have lar...
The motivation of this project is to design a power effective multiplier without having much drawbac...
The performance of multiplication in terms of speed and power is crucial for many Digital Signal met...
Abstract-This paper describes an efficient implementation of high speed multiplier at the algorithm ...
Abstract — Now a day’s many of technologies handles low power consumption to meet the requirements o...
Abstract. Real-time signal processing requires fast computation ofinner products. Distributed arithm...
AbstractArea-time optimal VLSI division circuits are described for all computation times in the rang...
AbstractAn area-universal VLSI circuit can be programmed to emulate every circuit of a given area, b...
AbstractTwo models for very-large scale integrated (VLSI) semiconductor circuits are considered that...
This paper proposes designs of hierarchy multiplier by utilising different designs on 4:2 and 7:3 co...
Hierarchy multiplier is attractive because of its ability to carry the multiplication operation with...
AbstractChip area and computation time are the resource parameters of greatest importance in VLSI al...
A multiplier circuit used in digital electronics is basically to multiply two or more numbers. Multi...
AbstractHierarchy multiplier is attractive because of its ability to carry the multiplication operat...
The motivation of this project is to design a power effective multiplier without having much drawbac...
Multiplication is a fundamental operation in most arithmetic computing systems. Multipliers have lar...
The motivation of this project is to design a power effective multiplier without having much drawbac...
The performance of multiplication in terms of speed and power is crucial for many Digital Signal met...
Abstract-This paper describes an efficient implementation of high speed multiplier at the algorithm ...
Abstract — Now a day’s many of technologies handles low power consumption to meet the requirements o...
Abstract. Real-time signal processing requires fast computation ofinner products. Distributed arithm...
AbstractArea-time optimal VLSI division circuits are described for all computation times in the rang...
AbstractAn area-universal VLSI circuit can be programmed to emulate every circuit of a given area, b...
AbstractTwo models for very-large scale integrated (VLSI) semiconductor circuits are considered that...