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   design and analysis of an iterative carry save adder-based power-efficient multiplier  
   
نویسنده mendez t. ,nayak s. g.
منبع iranian journal of electrical and electronic engineering - 2022 - دوره : 18 - شماره : 1 - صفحه:1 -11
چکیده    The need for low-power vlsi chips is ignited by the enhanced market requirement for battery-powered end-user electronics, high-performance computing systems, and environmental concerns. the continuous advancement of the computational units found in applications such as digital signal processing, image processing, and highperformance cpus has led to an indispensable demand for power-efficient, high-speed and compact multipliers. to address those low-power computational aspects with improved performance, an approach to design the multiplier using the algorithms of vedic math is developed in this research. in the proposed work, the pre-computation technique is incorporated that aided in estimation of the carries during the partial product calculation stage; that enhanced the speed of the multiplier. this design was carried out using cadence ncsim 90 nm technology. the comparative analysis between the proposed multiplier design and the multipliers from the literature resulted in a substantial improvement in power dissipation as well as delay. the research was extended to assess the designed architectures’ performance statistically, applying the independent sample t-test hypothesis.
کلیدواژه low-power ,multiplier ,pre-computation ,vlsi implementation
آدرس manipal academy of higher education, manipal institute of technology, department of electronics and communication engineering, india, manipal academy of higher education, manipal institute of technology, department of electronics and communication engineering, india
پست الکترونیکی gs.nayak@manipal.edu
 
     
   
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