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PROJECT TITLE :

Design of Power and Area Efficient Approximate Multipliersc - 2017

ABSTRACT:

Approximate computing will decrease the look complexity with an increase in performance and power efficiency for error resilient applications. This temporary deals with a brand new design approach for approximation of multipliers. The partial product of the multiplier are altered to introduce varying chance terms. Logic complexity of approximation is varied for the accumulation of altered partial product based mostly on their likelihood. The proposed approximation is utilised in two variants of sixteen-bit multipliers. Synthesis results reveal that two proposed multipliers achieve power savings of 72% and 38%, respectively, compared to an actual multiplier. They have better precision compared to existing approximate multipliers. Mean relative error figures are as low as 7.vi% and zero.02% for the proposed approximate multipliers, that are better than the previous works. Performance of the proposed multipliers is evaluated with a picture processing application, where one in all the proposed models achieves the highest peak signal to noise ratio.


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