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Fractal Characterization of Auditory Evoked Potentials

Evoked potentials has the ability to signify electrical fluctuations in various zones of the human brain. The electrical fluctuations are generated by thresholding specific sensory neural pathways response. These evoked potential tests along with other diagnostic tests in synergy are used for pin point diagnosis of neurological pathologies. The basic concept of evoked potential test is to determine the time taken by a sensory pathway to deliver the threshold stimulus to the brain. Evoked potentials play a crucial role as they can highlight the anomalies in the neural pathway, which are not diagnosed during neurological examinations. The neural mechanisms in brain are non-linear in nature therefore along with analysis of linear in nature, Very few studies have been conducted in field of nonlinear analysis of AEP. Non-linear analysis of AEP will provide information regarding neural mechanism. In this study we are using Higuchi fractal dimension analysis, which is an efficient algorithm for calculating fractal dimension, to study hearing complexity of human brain.