Intelligent Diagnostic System the Plant and Tool Wear
Abstract
Purpose: development of diagnostic techniques based manufacturing equipment fractal and wavelet analysis of vibro-acoustic signal using of artificial intelligence in real-time. The possibility of technological systems and tool wear c using HPC nVidia CUDA. Methodology: reconstruction of the attractor of a dynamical system and evaluation of its fractal dimension of parallel computing on SALT nVidia CUDA. Findings: the me-thodology of diagnosis-based manufacturing equipment fractal and wavelet analysis of vibro-acoustic signal using of artificial intelligence in real-time.
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DOI: http://dx.doi.org/10.24892/RIJIE/20140209
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