bz-fad low power shift and add multiplier
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katkam
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#1
25-08-2010, 04:12 PM


please can send me the vhdl code for the ieee paper which was mentioned above
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vractiva
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#2
05-03-2011, 12:01 PM

i need ppt's and documentation of this project and implimentation(a low power low area multiplier based on shift and add architecture).could you plz provide the stuff of this project and implimentation. thanking you.

Thanks & Regards
vinayreddy.vr@gmail.com
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Divya Dp
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#3
09-02-2012, 08:56 PM

i need ppt regarding this topic can u plz send it Rolleyes
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seminar addict
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#4
10-02-2012, 10:06 AM


to get information about the topic bz-fad low power shift and add multiplier full report ,ppt and related topic refer the link bellow

topicideashow-to-low-power-low-area-multiplier-based-on-shift-and-add-architechture
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Guest
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#5
29-02-2016, 10:19 AM

Angel Angel Angel Angel Angel Angel Angel Angel Angel Angel Angel
(05-03-2011, 12:01 PM)vractiva Wrote: i need ppt's and documentation of this project and implimentation(a low power low area multiplier based on shift and add architecture).could you plz provide the stuff of this project and implimentation. thanking you.

Thanks & Regards
vinayreddy.vr@gmail.com
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Dhanabhagya
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#6
20-05-2016, 11:39 AM

Abstract

In this paper, a low-power structure called bypass zero, feed A directly (BZ-FAD) for shift-and-add multipliers is proposed. The architecture considerably lowers the switching activity of conventional multipliers. The modifications to the multiplier which multiplies A by B include the removal of the shifting the B register, direct feeding of A to the adder, bypassing the adder whenever possible, using a ring counter instead of a binary counter and removal of the partial product shift. The architecture makes use of a low-power ring counter proposed in this work. Simulation results for 32-bit radix-2 multipliers show that the BZ-FAD architecture lowers the total switching activity up to 76% and power consumption up to 30% when compared to the conventional architecture. The proposed multiplier can be used for low-power applications where the speed is not a primary design parameter.
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