The role of eye movements in the propagation and maintenance of tinnitus has been well established, although the exact neurophysiological mechanisms of how eye movements integrate within the central auditory areas is not fully understood, however functional imaging has suggested a number of neuroanatomical sites. Cognitive science has provided neural networks that model tinnitus, these neural network models were inspired by theoretical models that described possible neural mechanisms mediating tinnitus. The majority of these models rely on the lateral-inhibition network (LIN) to simulate tinnitus and focus on the role of central auditory processing regions as possible anatomical locations of the physiological abnormalities that cause tinnitus. Recent work has identified a number of regions responsible for the generation and modulation of tinnitus including limbic, somatosensory and motor areas.