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Home / Final Year Projects / Design-Efficient Approximate Multiplication Circuits Through Partial Product Perforation
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Design-Efficient Approximate Multiplication Circuits Through Partial Product Perforation

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SKU: PROJ7340 Categories: 2017 Projects, Final Year Projects, VLSI Tags: Android Project, Asp.Net Project, C# Project, Computer Engineering Final Year Projects, Computer Science Final Year Projects, Electronics Projects Engineering Students Final Year, Engineering Student Project Ideas, Final Semester Projects, Final Year Project Center, Final Year Projects, ieee ECE Projects, ieee EEE Projects, ieee Final Year Projects, IEEE Projects, ieee Projects Networking, Image Processing Projects, J2EE Project, Java Project, Java Project Code, Matlab Project, PHP Project, Students Projects
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Design-Efficient Approximate Multiplication
Circuits Through Partial Product Perforation

Abstract— Approximate computing has received significant attention as a promising strategy to decrease power consumption of inherently error tolerant applications. In this paper, we focus on hardware-level approximation by introducing the partial product perforation technique for designing approximate multiplication circuits. We prove in a mathematically rigorous manner that in partial product perforation, the imposed errors are bounded and predictable, depending only on the input distribution. Through extensive experimental evaluation, we apply the partial product perforation method on different multiplier architectures and expose the optimal architecture– perforation configuration pairs for different error constraints.< final year projects >

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