Dynamically reconfigurable power-aware, highly scalable multiplier with reusable and locally optimized structures

File
Contributors
Date Issued
2005-06
Note

PATENT STATUS: Pending. A large bit width multiplier with multiple copies of a core small bit width multiplier and ROM cells. The present invention provides a power system that trades off processing speed against power dissipation. The present invention reduces power dissipation to about half of the best industry implementation at about half the speed. Its power dissipation is 10% of another industry standard implementation at 1.5 times the speed. The present invention has a gate count that is about twice the gate count for these implementations.

Language
Type
Genre
Extent
27p.
Identifier
15796
Additional Information
PATENT STATUS: Pending. A large bit width multiplier with multiple copies of a core small bit width multiplier and ROM cells. The present invention provides a power system that trades off processing speed against power dissipation. The present invention reduces power dissipation to about half of the best industry implementation at about half the speed. Its power dissipation is 10% of another industry standard implementation at 1.5 times the speed. The present invention has a gate count that is about twice the gate count for these implementations.
Date Backup
2005-06
Date Text
2005-06
Date Issued (EDTF)
2005-06
Extension


FAU
FAU
admin_unit="FAU01", ingest_id="dep129408_ing1520", creator="creator:CTHOMAS", creation_date="2007-07-19 13:32:43", modified_by="super:FAUDIG", modification_date="2014-02-25 11:27:46"

IID
FADT15796
Organizations
Person Preferred Name

Shankar, Ravi

creator

shankar@fau.edu
Physical Description

PDF
27p.
Title Plain
Dynamically reconfigurable power-aware, highly scalable multiplier with reusable and locally optimized structures
Origin Information

2005-06
Title
Dynamically reconfigurable power-aware, highly scalable multiplier with reusable and locally optimized structures
Other Title Info

Dynamically reconfigurable power-aware, highly scalable multiplier with reusable and locally optimized structures