Neural Network-Based Accelerators for Transcendental Function Approximation

The general-purpose approximate nature of Neural Network (NN) based accelerators has the potential to sustain the historic energy and performance improvements of computing systems. The authors propose the use of NN-based accelerators to approximate mathematical functions in the GNU C Library (glibc) that commonly occur in application benchmarks. Using their NN-based approach to approximate cos, exp, log, pow, and sin they achieve an average Energy-Delay Product (EDP) that is 68x lower than that of traditional glibc execution. In applications, their NN-based approach has an EDP 78% of that of traditional execution at the cost of an average Mean Squared Error (MSE) of 1.56.

Provided by: Association for Computing Machinery Topic: Hardware Date Added: May 2014 Format: PDF

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