32 BIT×32 BIT MULTI PRECISION RAZOR-BASED DYNAMIC VOLTAGE SCALING MULTIPLIER WITH OPERANDS SCHEDULER (20150243)
Authors :
MISS.BHOSALE SHUBHANGI ASHOK
, PROF. MANTRI D. B.
Abstracts : In this paper, a 32×32-bit multi-precision
multiplier is described. The multiprecision (MP)
multiplier that incorporates the variable precision,
parallel processing (PP), razor-based dynamic voltage
scaling (DVS), and MP operands scheduling are used to
provide a variety of operating conditions. The
proposed multi-precision multiplier enables voltage
and frequency scaling for low power operation. The
highly dynamic voltage and frequency scaling circuits
can autonomously configure the multiplier to operate
with the lowest possible voltage and frequency to
achieve the lowest power consumption In Previous
paper PLL is used for the frequency division method. If
using PLL for frequency division its hardware
complexity increases. To decrease the hardware
complexity and also speed is an increase is done by
software using some frequency division methods. The
multiplier can either work as independent smallerprecision
multipliers or work as parallel to perform
higher-precision multiplications. To operate at the
proper precision and frequency the user’s require to
configure a dynamic voltage/frequency scaling
management unit.
Pages : 38-41
Downloads : 133
Publication Date : 2017-04-25
Modified Date : 2018-01-16
Cite/Export
MISS.BHOSALE SHUBHANGI ASHOK ,
PROF. MANTRI D. B. ,
"32 BIT×32 BIT MULTI PRECISION RAZOR-BASED DYNAMIC VOLTAGE SCALING MULTIPLIER WITH OPERANDS SCHEDULER", JournalNX - A Multidisciplinary Peer Reviewed Journal, Volume 3 Issue 4, ISSN : 2581-4230, Page No. 38-41